VG-4501CA 77.7600M-GGCT3;VG-4501CA 61.4400M-GGCT3;中文规格书,Datasheet资料

创维彩电高压包型号代换物料编号查询表物料编号品名规格5100-050014-00CRT-高压包14"3A01/3N01/3P01/3S01(通用1104-00)5100-050014-06CRT-高压包14"通用（BSC25-5208A）5100-050025-00CRT-高压包25120V5N01/5P03/5P01/5S01(通用1205-00/1205-01)5100-051025-00CRT-高压包25"140V5N10/5N20/5T035100-051025-05CRT-高压包25"5S01(BSC25-2601S)-停产5100-051029-00CRT-高压包29"140V(代5100-051409-00)5100-051051-00CRT-高压包21"通用（BSC25-N1524）5100-051080-00CRT-高压包21"3S35（BSC25-N1548）5100-051081-00CRT-高压包21"（BSC25-N1549）5100-051100-00CRT-高压包20"3T20/4T20/3Y20/3Y015100-051100-20CRT-高压包20"3N10/3N20（110V）（JF0501）5100-051101-00CRT-高压包21"21404N01/4S02/4P02/4T0221"3T30/3T36(BSC21-2694S)(可代051101-15)-停产5100-051101-06CRT-高压包 21"3S28/3S30（BSC21-2088S）5100-051101-11CRT-高压包21"3P30（JF0501-19530(051101-20/051101-24/051101-04可代)5100-051101-13CRT-高压包21"3P30（BSC24-3353H-13）5100-051101-15CRT-高压包21"3T36（BSC25-NO832）5100-051101-18CRT-高压包21"通用（BSC25-N0824）5100-051101-20CRT-高压21"3P60(通用于051101-26/BSC24-3353H-9)（CF0801-5521）5100-051101-24CRT-高压包21"(BSC24-3353H-26)5100-051101-27CRT-高压包21"(BSC25-0219Y)5100-051104-02CRT-高压包21N16AA-3Y39(BSC25-0223Z)5100-051120-00CRT-高压包 20"110V3P10/3P20/4P105100-051141-00CRT-高压包(不带泄放电阻)21T81AA/3T60(BSC24-3353H-114T)5100-051141-01CRT-高压包（BSC24-3353H-48）5100-051151-01CRT-高压包21"(通用于051201-01)（BSC25-0206R）5100-051201-01CRT-高压包21"3D21/3d20通用(BSC25-0206R)5100-051209-00CRT-高压包29"旧(BSC25-3388A)(通用于051209-03)-停产5100-051209-03CRT-高压包29"5Y21/5Y30(JF0101-01166)-停产5100-051209-16CRT-高压包29"6D95(通用于051209-18)(BSC29-0104X)5100-051209-18CRT-高压包29"6D95/6D96单聚焦(BSC29-0183X)-停产5100-051209-22CRT-高压包6P60/25T91HN(BSC29-3807-32)5100-051228-01CRT-高压包28"通用(BSC29-0119W)-停产29"5T10/5T20/5T25/5T21/5T26/5T28(代051229-03)(JF0501-2138) 5100-051229-03CRT-高压包29"5T25单聚焦(JE0501-21101)-停产5100-051229-05CRT-高压包29"5T25/5T21/5T20/5T25(BSC25-3355-17)5100-051232-00CRT-高压包32"6M31(BSC29-0109Y)-停产5100-051234-00CRT-高压包34"6D95/6D96双聚焦(BSC29-0187R)(051209-16/051209-1通用)5100-051239-00CRT-高压包29"(BSC29-0127X)5100-051255-00CRT-高压包25"4P36(BSC25-3355-53)5100-051259-00CRT-高压包29"(BSC29-0127Y)-停产5100-051301-00CRT-高压包 21"3Y20(JF0501-19179)5100-051305-00CRT-高压包25"5S28/5S30(BSC21-2067S)–停产物料5100-051305-01CRT-高压包25"4T30(BSC27-0169B)5100-051305-06CRT-高压包25"通用(BSC25-N0835)5100-051305-08CRT-高压包25"通用(BSC29-3807-9)5100-051305-12CRT-高压包25N15AA/4T60(BSC25-3355-60)5100-051309-07CRT-高压包29"5D70双聚焦(BSC29-0138G)5100-051309-08CRT-高压包29"130V5Y30/5Y21/5Y31(BSC29-0195D)5100-051309-11CRT-高压包29"5D90(BSC-29-0163C)5100-051309-12CRT-高压包29"通用(JF0101-2736A)5100-051309-13CRT-高压包29"5T30(BSC29-0199E)5100-051309-14CRT-高压包29"5T30(BSC29-0199G)(051309-13/051309-17通用)5100-051309-22CRT-高压包29"5Y30(BSC29-0156D)(051209-03/051309-08通用)5100-051309-27CRT-高压包29"(BSC25-3355-44)5100-051309-32CRT-高压包29"通用(BSC29-0188S)5100-051309-33CRT-高压包29"6M31/6M35(BSC29-0188Y)5100-051309-44CRT-高压包29"(BSC29-0107R)(051309-32/051309-33通用)5100-051334-00CRT-高压包34"5T30(通用1334-02)(JF0101-27303)-淘汰5100-051334-02CRT-高压包34"5T30(通用1334-00）(JF0101-27303D)5100-051355-00CRT-高压包25"BSC27-0107Z5100-051359-05CRT-高压包29"(BSC29-0126W)5100-051402-01CRT-高压包32"/6P20/(BSC29-3807-52)5100-051403-00CRT-高压包 34"140V5P01/5M10/5N20/5P035100-051405-00CRT-高压包25"141V5P10/5P20/5P21(JF0501-2111)5100-051405-03CRT-高压包25"4P30(BSC25-3355-27)5100-051405-04CRT-高压包25"140V5Y21(BSC27-0121C5100-051405-07CRT-高压包25"5S28(JF0501-3522)5100-051405-12CRT-高压包25"通用(BSC27-0122Z)5100-051409-00CRT-高压包 140V29旧(051209-00通用)5100-051409-01CRT-高压包29"5D20/5D26(JF2801-2802A)-停产5100-051409-02CRT-高压包29"140V5P10/5P20/5P21(JF0501-2112)(051405-00通用)5100-051409-05CRT-高压包29"5S01/5S10(BSC25-2606S)-停产5100-051409-11CRT-高压包29"5D60(BSC27-0501Q)5100-051409-15CRT-高压包29"5D60/5D66(BSC29-0162E)–停产物料5100-051409-16CRT-高压包29"(6174Z-6005T)5100-051409-28CRT-高压包29"5N10/5N20(JF0101-2708)5100-051409-30CRT-高压包29"5Y30(JF0101-2709)5100-051409-32CRT-高压包29"5P10/5P20(JF0101-2713)5100-051409-35CRT-高压包29"5M10/5M18(JF29-03R)-停产5100-051409-36CRT-高压包29"5P30单聚集(BSC29-0154C)5100-051409-40CRT-高压包29"140V5I01(JF2801-2811)-停产5100-051409-45CRT-高压包29"5I01(JF2801-2811A)5100-051409-46CRT-高压包29"5P30(JF0101-2729)(051409-36通用)-停产5100-051409-50CRT-高压包29"5I30(BSC29-0104A)5100-051409-51CRT-高压包29"5T36(BSC25-N0838)5100-051409-52CRT-高压包29"6T18(BSC29-0156W)–停产物料5100-051409-54CRT-高压包29"(BSC29-0119R)5100-051409-55CRT-高压包29"(BSC29-3935M)5100-051409-56CRT-高压包29"6P18/29T92ht(BSC29-3807-35)5100-051409-61CRT-高压包29D98HT/6D85(BSC29-0131T)(051459-01通用)5100-051425-00CRT-高压包25"通用(BSC27-0123S)-停产5100-051429-11CRT-高压包29"5D20/5D26(通用1429-10)(BSC29-0172B)5100-051429-13CRT-高压包29"5D76(BSC29-0104C)5100-051429-15CRT-高压包29"5D01单聚焦(BSC29-0102C)5100-051429-18CRT-高压包29"6D72(BSC29-0141Z)5100-051429-24CRT-高压包29"6P30(BSC29-3807-22)5100-051431-00CRT-高压包31"通用(BSC29-0107W)–停产物料5100-051432-01CRT-高压包32"(BSC29-3807-17)5100-051432-02CRT-高压包32"6T19(BSC29-0115Q)5100-051434-00CRT-高压包34"5D01/5D10(JF2801-2806)-停产5100-051434-04CRT-高压包34"140V5M10(BSC30-5540)–停产物料5100-051434-13CRT-高压包34"5P10/5P21/5P20(BSC25-2603S)-停产物料5100-051434-18CRT-高压包34"5P21双聚焦(JF0101-2725)-停产5100-051434-26CRT-高压包34"5P30(BSC29-0170C)(行变后通用051434-34)5100-051434-31CRT-高压包34"5D20/5D25(051434-20/1434-25/1434-27/1434-29/051434-37通用)BSC29-0187E)5100-051434-34CRT-高压包34SP/5P30(BSC29-0172E)-停产5100-051434-40CRT-高压包34TPHD/6M20(BSC29-0184T)5100-051438-01CRT-高压包38"140V5N10/5P01/5P03/5S01(BSC29-0194S)5100-051452-00CRT-高压包BSC29-0120Z(实际是三和厂家5132-051452-005100-051454-03CRT-高压包34"5D20/5D26(JF2801-2802E)5100-051455-05CRT-高压包25"6D91/6D92(BSC27-0122W)5100-051459-00CRT-高压包 25"/29"140V 5T02/5T105100-051459-01CRT-高压包29"6D50(BSC28-N2371)(051459-02通用)5100-051459-04CRT-高压包29"(BSC29-0135X)5100-051502-00CRT-高压包32D98HP/6D66(051402-00通用)5131-051402-00CRT-高压包32"(BSC30)5131-051452-00CRT-高压包29D18HT/6D66（银洋厂家生产,实物编号5100-051452-00）机芯行包型号高频头公司编号/基本电性能描述4A01/02/ 5101-051101-00 5200-380653-005A01（25寸）5101-051405-015A01（29寸）5100-051029-005K01 5101-051409-015D01（29寸）5100-051406-01 5200-380WO5-005D01（34寸）5100-051434-005D01（38寸）5100-051429-005D20（25/ 5100-051429-11 5200-380W18-0026/29寸）5100-051429-105D20（34寸）5100-051434-205D25（34寸）5100-051434-275100-051434-315D26（34寸）5100-051454-035D28 510-051309-16 5200-380W18-105D60 PHILPS 5100-051409-06 5200-380W10-005D60 LG 5100-051409-155D66 5100-051409-15 5200-380W08-005D70 5100-051309-07 5200-380W23-005D90 5100-051309-116D72 5100-051209-136D72 5100-051429-186D72 5100-051434-00 5200-380W20-006D72 5100-051434-395D75 5100-051309-055D76 5100-051429-135D76 5100-051309-206D91 5109-051309-33 5200-380W19-11 6D92 5100-051309-326D92 5100-051434-416D92 5100-051455-056D95 5100-051309-296D96 5100-051209-186D96 5100-051234-006D96 5109-051209-163I30 5100-051101-093P10 5100-051120-003P20 5100-051120-003P21 5100-051120-003P30 5100-051101-113P30 5100-051101-043P30 5100-051101-134P01 5101-051101-004P02 5100-051101-004P30 5100-051101-064P30 5109-051405-034P36 5100-051309-275P30（29寸）5100-051409-465P30（34寸）5100-051434-265P30 5100-051409-365P30 5100-051434-343Y20（21寸）5100-051100-003Y20（14寸）5100-050014-003Y01（14寸）5100-050014-003Y01（21寸）5100-051100-005I30 5100-051409-505M18 5100-051409-355M10 5100-051409-355N10（25寸）5100-051025-005N10（29寸）5100-051409-285N10（34寸）5100-051403-005N10（38寸）5100-051438-005N20（25寸）5100-051025-005N20（29寸）5100-051029-005N20（34寸）5100-051403-005N20（38寸）5100-051038-005N28（29寸）5100-051029-005N28（34寸）5100-051403-004N10 5100-051101-004N01 5100-051101-00 5200-380W11-00 3N01（14“）5100-050014-003N01（21”）5100-051101-003N20 5100-051100-203N10（14寸）5100-050014-003N10（21寸）5100-051100-204N02 5100-051101-004N03 5100-051101-005N01（25”）5100-050025-005N01（29“）5100-051029-005N01（34”）5100-051034-005S10 5100-051409-055Y01 5100-051025-005Y30（25寸）5100-051405-045Y30（29寸）5100-051405-045Y21（25寸）5100-051405-045Y21（29寸）5100-051209-034Y01 5100-051101-005M01（29寸）5100-051409-305M01（34寸）5100-051434-085M20 5100-051850-015M21 5100-051850-016M20 5100-051850-016M21 5100-051850-013I01 5100-050901-01 5200-380W07-005I01（29“）5100-051409-455I01（34”）5100-051434-155P01（25“）5100-050025-005P01（29”）5100-050029-005P01（34“）5100-051403-005P01（38”）5100-051438-003P01（14”）5100-050014-003P01（20“）5101-051100-003P10（14”）5100-050501-003P10（21“）5100-051120-004P10 5100-051101-005P03（25”）5100-050025-005P03（29“）5100-051029-005P03（34”）5100-051403-005P03（38“）5100-051438-005P10（25“）5100-051405-005P10（29”）5100-051409-025P10（34“）5100-051434-135P20（25”）5100-051405-005P20（29“）5100-051409-025P20（34”）5100-051434-135P21（25“）5100-051405-005P21（29”）5100-051409-025P21（34“）5100-051434-135P36 5100-51409-38 5200-380W29-01 5P21（29“）5100-051409-025P21（34”）5100-051434-135P30 (29”) 5109-051309-274S01 5101-051101-004S02 5100-051101-004S10 5101-051100-003S30 5100-051101-063S28 5100-051101-065S01（25“）5100-051025-05 5S01（29”）5100-051409-035S01（34“）5100-051434-035S01（38”）5100-051438-003S30 5100-051100-063S01（14”）5100-050014-003S01（14“）5101-051100-003S02 5100-050014-005S01（25”）5100-051405-005S28（25”）5100-051305-00 5200-380W25-00/D/KWORLD5S28（29“）5100-051209-045S30 5100-051305-003T20（14寸）5100-050014-003T20（21寸）5101-051100-003T21 5101-051100-003T30 5100-051101-053T36 5100-051101-154T01 5100-051101-004T30 5100-051405-104T36 5100-051409-514T36 5100-051305-065T03（25“）5100-051025-005T03（29”）5100-051029-005T02 5100-051459-005T10（25寸）5100-051459-005T10（29寸）5100-051029-005T21（29寸）5100-051229-005T20 5100-051229-005T25（25寸）5100-051229-005T25（29寸）5100-051229-055T25（34寸）5100-051134-005T26 5100-051229-005T28（295T30（25”）5100-051405-10 5200-380W24-005T30（29“）5100-051309-135T30（34”）5100-051434-385T32 5100-051309-145T30 5100-051334-005T36 LG 5100-051309-175T36 三星 5100-051334-02。

浙江航芯源集成电路科技有限公司浙江航芯源集成电路科技有限公司Zhejiang HangXinYuan IC Technology Co.,LtdC49009RH 产品手册3路小电流漏极调制&栅压调节&可驱动外置pmos抗辐射TR 电源管理芯片1.产品特性➢8V PA 发射电源调制：8V/800mA ➢5V PA 发射电源调制：5V/200mA ➢LNA 接收电源调制：5V/200mA ➢GaAs 栅压调节范围：-0.3V~-1.05V➢GaAs 栅极驱动电流：±2mA➢DRV_PA 可驱动外接pmos➢集成正/负压欠压锁定➢过脉宽保护功能。

➢0/-5V 开关控制➢总剂量（TID ）耐受：≥100k rad(si)➢单粒子锁定及烧毁对线性能量传输（LET ）的抗干扰度：≥75MeV*cm 2/mg2.功能描述T/R 电源管理芯片C49009RH 包含漏极调制、栅极调制、脉宽保护、开关控制等功能模块。

其中发射信号具有5V 和8V 两路，发射、接收漏极调制信号可以通过T 和R 输入引脚配置输出各800mA/200mA/200mA电流，芯片配有DRV_PA 引脚可实现外接pmos 扩流使用。

芯片栅极调制电压为-0.3V~-1.05V ，输出电流±2mA 可通过EN 夹断。

3.产品应用➢GaAs FET 供电➢栅极调制驱动4.裸芯片简介本产品为裸芯片，尺寸为2600μm* 2000μm （不包含划片槽）江航芯源集成电路科技有限5. 绝对最大额定值表 1 绝对最大额定值（1）使用中超过这些绝对最大值可能对芯片造成永久损坏。

6. 推荐工作条件1) PA 电源V T ：8V 2) 正电源V CC ：5V3) 负压电源V EE ：-5V4) 工作环境温度T A ：-55℃~125℃ 5) 贮存温度T STG ：-65℃~150℃7. 主要电参数、除非特别说明，V T =8V ，VCC=5V ，T A = -55℃~125℃表 2 主要电参数浙江航技有8. 功能框图及引脚介绍8.1 功能框图VG TXOENGND VEEPA_VDDRV_PA SWA SWB图 1 C49009RH 功能框图科技有限公司8.2 引脚介绍229439762110789714311591图 2 引脚分布图➢ 芯片尺寸：2650μm * 2050μm （包含划片槽尺寸） ➢ PAD 尺寸： VG 、TXO 、RXO ：100μm * 250μmVT 、PA_VD ：100μm * 430μm其它PAD ：100μm * 100μm表 3 引脚介绍有限公司9. 逻辑功能说明下列各表给出C49009RH 应用时的漏极和栅极调制真值表表 4 栅极调制状态真值表表 5 栅压调节真值表浙集成电路科技有表 6 漏极调制逻辑真值表表 7 开关控制逻辑真值表➢ “1”指3.3V/5V ➢ T 、R 、EN 、VG_SEL<3:0>均有1MΩ电阻下拉。

V1.0 February 2022Evaluation Board User ManualEvaluation BoardUser ManualSilvertelEvalAg7x61 Evaluation Board User ManualVersion 1.0 – February 2022Table of Contents1Kit Contents (3)2Additional Components (3)3Board Layout (3)Link Settings (3)4Introduction (4)5Input (4)Supply (4)DC/DC Adjust (4)Data (4)6Auxiliary Supply (5)7PSE Output (5)Power option select (5)Pairset Select (5)Operation (6)Status Output (6)8Test Setup (7)9Additional information (7)10Schematic (8)11Bill of Materials (9)Table of FiguresFigure 1: EvalAg6120 Board Layout (3)Figure 2: Basic Test Setup (7)1 Kit Contents➢EvalAg6120 Evaluation Board2 Additional Components➢Ag6120 PSE Module➢Ag7100 or Ag7200 Isolated Boost Converter Module3 Board LayoutFigure 1: EvalAg6120 Board Layout Link SettingsLK1-4 – Output Pairset EnableLK5 – Status LED EnableLK6 – Output Power SelectLK7&8 – DC/DC AdjustLK9 – PoE Power LED EnableLK10 – DC/DC Converter Power LED Enable4 IntroductionThis Manual is a guide to using the EvalAg7x61 evaluation board which can be fitted with a Silvertel Ag6120 Single Channel Power Sourcing Equipment (PSE) module along with either a Silvertel Ag7200 or Ag7100 isolated boost converter module for a single port PSE powered via 5V-15V for Type 1 applications or 12V-27V for Type 2 applications.This board is designed to assist with evaluating the use of Silvertel's Ag6120 in conjunction with one of Silvertel's isolated boost modules in an application; as such it has been designed to pass through 10/100/1000/10GBASE-T Ethernet data signals from any source connected to J100 onto the powered device connected to J101This Evaluation board can also be used with the Ag6100 or Ag6110 PSE Modules; however, the output power settings, set by LK6, are not a feature of those modules.5 InputSupplyThe EvalAg7x61 evaluation board is powered using a DC Power supply connected to either J3 or J1 and 2. This supply should deliver either 5V-15V or 12V-27V depending on the model of boost converter fitted.For Type 1 (IEEE802.3af) applications the EvalAg7x61 can be fitted with an Ag7200 isolated boost converter for a maximum power output of 20W. With the Ag7200 fitted the EvalAg7x61 should be supplied with a DC Power supply of 5V-15VFor Type 2 (IEEE802.3at) applications the EvalAg7x61 can be fitted with an Ag7100 isolated boost converter for a maximum power output of 40W. With the Ag7100 fitted the EvalAg7x61 should be supplied with a DC Power supply of 12V-27VAdditionally, the EvalAg7x61 can be supplied from an auxiliary DC Power supply delivering between 44V and 57V to J4.Both DC jack connectors J3 and J4 are configured with the positive supply connected to the centre pin and 0V to the outer ring.DC/DC AdjustThe output voltage of the Boost module can be adjusted by moving the jumper on DC/DC Adjust headers between LK7 and LK8. Placing the Jumper on LK8 will result in the output of the DC/DC converter being set to 48V. Removing the jumper from LK8 and inserting it on LK7 will result in the DC/DC converter outputting 57V.If a different voltage is required, please contact Silvertel for more details.DataA data source can be connected to the Data port J100 via RJ45 connector. This data will be transposed onto the Data and Power output port J101 via the data transformer. The data traces on the evaluation board have been designed to pass through10/100/1000/10GBASE-T Ethernet data signals. No processing or amplification of this signal will be performed on the evaluation board6 Auxiliary SupplyThe Auxiliary supply port, J4, can be used to either inject a secondary supply for theAg6120 or as an output so that the fitted DC/DC converter can be used to power external devices.If J4 is used as an output, it is important to remember that there is an OR-ing diode fitted to the EvalAg7x61, so there will be a voltage drop on the output of the Boost converter.7 PSE OutputPower option selectThe Ag6120 has an option to select its output power and class. These can be chosen by placing a jumper on the appropriate pins of LK6. The power option select should be set while the Ag6120 is powered off, if the power option is changed while the device is powered, the change will not occur until after the Ag6120 output has been power cycled.Mode Classificationtype*2Maxoutputpower*3Connectedpair sets*4Legacy Type 2 (at)*1 IEEE802.3at 38W Either 2Type 1 (af) IEEE802.3bt 20W Either 2Type 2 (at) IEEE802.3bt 38W Either 2 Legacy high power at + legacy class 5 75W All 4BT 1 pair (bt class 5)*5 IEEE802.3bt 46W Either 2/all 4BT Type 3 (bt class 6)*5IEEE802.3bt 75W All 4Table 1: option selections and limits*1 Not recommend for new designs only for use as drop in replacement of the Ag6100*2 See section 5.5.2: Classification of the Ag6120 Datasheet for details*3 See sections 5.7: Output Current Limits & 5.8: Output Power of the Ag6120 Datasheet for details*4 See section 5.4: Port Output of the Ag6120 Datasheet for details*5 Compatible with IEEE802.3bt single signature PDsPairset SelectThe EvalAg7x61 contains four links LK1-4 that connect the pairsets to the outputs of the Ag6120. In order to enable power transfer down a given pairset a jumper should be inserted onto the relevant link or removed if power is not desired down that given pairset. Pairsets 1-2 and 4-5 are connected to the positive output of the Ag6120. While pairsets 3-6 and 7-8 are connected to the negative output of the Ag6120. In high power modes all four jumpers should be fitted.When only two pairsets are to be connected, in order to guarantee operation either pairsets 1-2 & 3-6 should be connected or pairsets 4-5 & 7-8 should be connected.OperationTo ensure that the Ag6120 does not apply power to a non-PoE enabled device the output port first checks for a valid PoE signature. If the Ag6120 does not see a valid signature then it will disconnect, wait approximately 2 seconds then try again. Once a valid signature has been detected the Ag6120 will then perform classification to determine the power requirement of the PD, only after this has occurred will the Ag6120 supply power to the powered device.Status OutputThe Status LED will illuminate if the Ag6120 is providing power to the output port. It will also flash as per the table below when an error has occurred. If this functionality is not desired, it can be disabled by removing the jumper on link LK5.Fault Condition Status Pulses (200ms)Short Circuit 1 x FlashOver Current 2 x FlashesSignature/Class Error 3 x FlashesInput Voltage < UVLO limit 4 x FlashesTable 2: Status Output8 Test SetupFigure 2 shows the basic set up using the EvalAg7x61 evaluation board fitted with anAg6120 and Ag7100 for a Type 2 PSE setup capable of supplying the application with up to 40W of power. This setup is powered using a 12V DC power supply capable of supplying up to 4A to full power output is available.The power option select and Pairset links should already be set before supplying power to the evaluation board. The powered device and data source need not be connected before power is applied.The equipment required: -➢Power supply unit, 5V-27V output e.g. 30V bench power supply➢Powered device➢CAT5e/CAT6a cablesOptional equipment: -➢Data source e.g. PCFigure 2: Basic Test Setup9 Additional informationFull operating conditions and feature set can be found in the Ag6120, Ag7100 and Ag7200 product datasheets, available from .10 Schematic11 Bill of Materials。

V12-T16-116High Resistance Grounding SystemType C-HRG Products16High Resistance Grounding SystemType C-HRG (Low Voltage) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-2Product Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-2Product History. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-2Product History Time Line . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-2General Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-2Sequence of Operations. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-3Catalog Numbering System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-4Further Information. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-4Type C-HRG (Medium Voltage) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-5Product Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-5Product History. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-5Product History Time Line . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-5General Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-5Sequence of Operations. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-6Catalog Numbering System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V12-T16-71616High Resistance Grounding SystemType C-HRG(Low Voltage)Originally aWestinghouse ProductWall-Mounted C-HRG(resistors not shown)Free-Standing C-HRGProduct DescriptionCutler-Hammer® Type C-HRGfrom Eaton’s electricalbusiness is designed toimprove the continuity ofelectrical service to criticalprocesses. Systems designerssometimes use ungroundeddistribution systems to avoidinterrupting service duringa ground fault. However,ungrounded systems havea significant disadvantage—the distribution system issubject to the harmfuleffects of ground faults, likehigh transient overvoltages.The Type C-HRG helpscustomers add the benefitsof a grounded system to theirungrounded system.Product HistoryHigh resistance groundingtechnology has been offeredas an integral system withinEaton low voltage switchgearand switchboard productssince the early 1970s. In 1994,Eaton adopted the technologyinto the C-HRG, which is astandalone or wall-mountedproduct ideal for adapting tothe existing electrical system.Product History Time LineGeneral InformationOverviewWhere continuity of service isa high priority, high resistancegrounding can add the safetyof a grounded system whileminimizing the risk of serviceinterruptions due to grounds.The concept is a simple one:provide a path for groundcurrent via a resistance thatlimits the current magnitude,and monitor to determinewhen an abnormalcondition exists.The ground current path isprovided at the point wherethe service begins by placingresistance in the connectionfrom system neutral-to-ground. Control equipmentcontinuously measuresground current; a relaydetects when the currentexceeds a predeterminedlevel. An alarm alerts buildingpersonnel that a groundexists. The system hasbuilt-in fault tracing meansto assist in finding thesource of the ground. Anintegral transformer providescontrol power from theprimary source.Minimum Criteria for UseHigh resistance groundingsystems can be appliedto either grounded orungrounded three-wiredistribution systems.Per NEC® 1996, 250.5(b)exception No. 5, the followingcriteria must be met beforeusing the C-HRG:●The conditions ofmaintenance andsupervision ensure thatonly qualified persons willservice the installation●Continuity of poweris required●Ground detectors areinstalled on the system●Line-to-neutral loads arenot servedWye or Delta SystemAdding the Type C-HRGto a wye connected systemrequires only that the resistorssupplied be connected inseries with the neutral-to-ground connection of thepower source. Addingthe Type C-HRG to anungrounded delta systemrequires the creation of aneutral point. Transformersare supplied for that purposein the enclosure. The resistorssupplied are then connectedat that point. In both cases,the components supplied arechosen to limit the groundcurrent to a maximum valueof 5A.V12-T16-2V12-T16-31616High Resistance Grounding SystemT ypical C-HRG ApplicationGround Fault DetectionWhen one phase of a system becomes grounded, additional current will flow. As all ground current must flow through the grounding resistor assembly, a current sensing relay is placed in this circuit, allowing detection when a ground fault occurs.If chosen, a voltage-sensing relay can be provided to accomplish the same function.Pulser CircuitThe pulser circuit offers a convenient means to locate the faulted feeder and to trace the fault to its origin. The pulser is available any time a fault has been detected. The “pulse” light flashes on and off, corresponding to the ON-OFF cycles of thepulsing contactor. The pulser contactor switches a bank of resistors on and off, allowing a momentary increase in the ground current.Ground Fault Location The current pulses can be noted with a clamp-on ammeter when the ammeter is placed around the cables or the conduit feeding the fault. The operation tests each conduit or set of cables until the pulsing current is noted. By moving the ammeter along the conduit, the fault can be traced to its origin. The fault may be located at the point where the pulsing current drops off or stops. If little or no change in the pulsing current is noted along the entire length of a conduit, then the fault may be in theconnected load.Sequence of OperationsNormal ●Green “normal” light on ●Red “ground fault” light off ●White “pulse” light off ●System control switch in “normal” position ●Reset control switch in either “auto” or “manual”Test ●T urn and hold the system control switch in the “test” position. Phase B will be grounded via the test resistor ●The ground current will activate the sensingcircuit, causing the green “normal” light to turn off and the red “ground fault” light to turn on. The pulser will be activated as well ●The white “pulse” light will turn on and off as the pulser contactor closes and opens ●The ground current ammeter will display the total ground current, including the incremental pulse current ●When ready, return the system control switch to “normal.” The pulser will stop. If the reset control is in the “manual” position, turn it to “reset” to reset the fault sensing circuit ●The red “ground fault” light will turn off, and the green “normal” light will turn on ●T est mode is not available if the system is detecting a ground. The sensing circuit will disable the test circuit.Ground Fault ●When the sensing circuit detects a fault, the green “normal” light will turn off and the red “ground fault” light will turn on ●The ground currentammeter will indicate the total ground current ●T o use the pulser, turn the system control switch to “pulse.” The pulsercontactor will cycle on and off as controlled by the recycle timer relay ●Use the clamp-on ammeter to locate the faulted feeder. Open the feeder and clear the fault ●If the reset control switch is in the “manual” position, turn it to “reset” to reset the sensing circuitNote: If reset control is in “auto,” it will reset itself.●When ready to restore service to the load, close the feeder●Return the system control to “normal”Note1Phase-to-neutral loads cannot be fed from the same system transformer to which the C-HRG is connected. These loads must be fed from a downstream, delta-wye transformer with a solidly grounded neutral on the secondary.1616High Resistance Grounding SystemCatalog Numbering SystemDecoding the Catalog Numbering SystemFurther InformationEnclosure TypeF= Free-standing, Type 1S= Free-standing, Type 1 with screened ventsR= Free-standing, Type 3RW= Wall-mounted, Type 1N= No enclosure (panel-mounted)V= Wall-mounted, Type 1 with 3R resistor enclosureF 4 W N C R N S F 4 6System Neutral PointW= Wye (and accessible at system)Z= Delta (zig-zag grounding transformers)D= Delta (wye-broken delta grounding transformers)Distribution System Voltage6 = 600V4 = 480V3 = 380V2 = 208–240VDistribution System Fault Current6= 25 kA at 600V, 65 kA at 480 and 380V, 100 kA at 240V1= 150 kA at 480 and 380V, 200 kA at 240V2= 200 kA at 600V, 480V or 380/280VN= Not applicable (when using “W” above)Ground Fault SensingC= Current-sensing relay, with noise filterD= Voltage sensing relay, double set pointSystem Frequency5 = 50 Hz6 = 60 HzWire Harness Length for “N”(No Enclosure)4 = 4-foot harness6 = 6-foot harness8 = 8-foot harness0 = 10-foot harness2 = 12-foot harnessWire MarkerM = Machine printedF = Sleeve typeH= Heat shrink, sleeve typeIndicating LightsS= Standard incandescentL= Standard LEDP= Push-to-test incandescentD= Push-to-test LEDT= Transformer-type incandescentX= Push-to-test transformer-typeLoss of Control Power Relay (Alarm)N= No relayL= Alarm relay with 1NO/1NC contactAudible AlarmN= No audible alarmR= Alarm horn with re-alarm timerPublicationNumber DescriptionSN.44C.01.S.E Sales Notes for C-HRG—Bidman pricingTD.44C.01.T.E Technical Data for C-HRGSA-32-602B Sales Aid for high resistance grounding systemsIB 32-698C Instruction Booklet for high resistance grounding systemCA08104001E Eaton’s Consulting Application GuideV12-T16-4V12-T16-51616High Resistance Grounding SystemType C-HRG(Medium Voltage)Free-Standing C-HRGProduct DescriptionThe Type C-HRG is designed to improve the continuity of electrical service tocritical processes. Systems designers sometimes use ungrounded distributionsystems to avoid interrupting service during a groundfault. However, ungrounded systems have a significant disadvantage—thedistribution system is subject to the harmful effects of ground faults, like high transient overvoltages.The Type C-HRG helpscustomers add the benefits of a grounded system to their ungrounded system.Product HistoryHigh resistance grounding technology has been offered as an integral system within medium voltage switchgear for many years. In 1996, Eaton adopted the technology into the C-HRG, which is a stand-alone product ideal for adapting to the existing electrical system.Product History Time LineGeneral InformationHigh Resistance Grounding SystemOverviewWhere continuity of service is a high priority, high resistance grounding can add the safety of a grounded system while minimizing the risk of service interruptions due to grounds. The concept is a simple one: provide a path for ground current via a grounding transformer (with adjustable resistance across its secondary) that limits the current magnitude and a monitor to determine when an abnormal condition exists.The ground current path is provided at the point where the service begins, by placing a predominantly resistive impedance in the connection from system neutral to ground. Control equipment continuously measures ground current; a relay detects when the current exceeds a predetermined level. An alarm alerts building personnel that a ground exists. The system has built-in fault tracing means toassist in finding the source of the ground. A 120 Vac supply (remote) is required forcontrol power for the system.Minimum Criteria for Use The C-HRG MV is offered at the 5 kV class rating. It can be applied to delta or wye ungrounded three-wire distribution systems. Standard dimensions are 36.00 W x 40.00 D x92.00 H inches (914.4 W x1016.0 D x 2336.8 H mm).1616High Resistance Grounding SystemWye or Delta SystemTo add high resistancegrounding to a wye-connectedsystem, resistors are placedacross the secondary of agrounding transformer whoseprimary is placed in serieswith the neutral-to-groundconnection of the powersource. To add high resistancegrounding to an ungroundeddelta-connected system,a neutral point must becreated. Three single-phase transformers can beinterconnected in a wye-broken delta configuration toprovide such a neutral point.Ground Fault DetectionWhen one phase becomesgrounded, additional currentabove the charging level willflow. As all ground currentmust flow through thegrounding resistor/groundingtransformer assembly, anammeter in this circuit willread the total amount ofground current. By placinga current-sensing relay inseries with the ammeter, thecurrent relay can be adjustedto pick up at a level in excessof the capacitive chargingcurrent, thus indicating theabnormal condition.Alternatively, an optionalvoltmeter relay can beconnected across thegrounding resistors, toaccomplish the samefunction.Pulser CircuitThe pulser circuit offers aconvenient means to locatethe faulted feeder and to tracethe fault to its origin. Thepulser is available any time afault has been detected. Thepulse intervals are controlledby an adjustable recycle timer.The “pulse” light flashes onand off, corresponding tothe ON-OFF cycles of thepulser contactor. The pulsercontactor switches a bankof resistors on and off,thus allowing a momentaryincrease in the ground current.Ground Fault LocationThe current pulses canbe noted with a clamp-onammeter when the ammeteris placed around the cables orthe conduit feeding the fault.The operator tests eachconduit or set of cables untilthe pulsing current is noted.By moving the ammeteralong the conduit, or checkingthe conduit periodically alongits length, the fault can betraced to its origin. The faultmay be located at the pointwhere the pulsing currentdrops off or stops. If little orno change in the pulsingcurrent is noted along theentire length of a conduit,then the fault may be in theconnected load.Standard Features●Current sensingground fault detection(2–10A pickup/0.5–20second delay)●Ground currenttransformer(10/10 ratio)●Control circuit pullfuseblock●Ground current ammeter(0–10A, 1% accuracy)●Indicating lights Red(ground fault), Green(normal), White (pulse)●Adjustable pulsing timer(0–10 seconds)●Tapped resistors (limitsprimary current to 3–6A)●Three-position selectorswitch (normal, pulse, test)●Control switch for manualor automatic reset●Ground fault contacts(1NO/1NC)●Shorting terminal block forground current CT●UL® label●WiremarkersSequence of OperationsNormal●Green “normal” light on●Red “ground fault” light off●White “pulse” light off●System control switch in“normal” position●Reset control switch ineither “auto” or “manual”Test●Turn and hold the systemcontrol switch in the “test”position●This mode will test thecontrol circuitry only. It willbypass the sensing circuitand cause the green“normal” light to turn offand the red “ground fault”light to turn on. The pulserwill be activated as well●The white “pulse” light willturn on and off as the pulsercontactor closes andopens. However, theground current ammeterwill not display the totalground current, includingthe incremental pulsecurrent●When ready, return thesystem control switch to“normal.” The pulser willstop. If the reset control isin the “manual” position,turn it to “reset” to resetthe fault sensing circuit●The red “ground fault”light will turn off, and thegreen “normal” light willturn on●T est mode is not available ifthe system is detecting aground. The sensing circuitwill disable the test circuitGround Fault●When the sensing circuitdetects a fault, the green“normal” light will turn offand the red “ground fault”light will turn on●The ground currentammeter will indicate thetotal ground current●To use the pulser, turn thesystem control switch to“pulse.” The pulsercontactor will cycle on andoff as controlled by therecycle timer relay●Use the clamp-on ammeterto locate the faulted feeder.Open the feeder and clearthe fault●If the reset control switchis in the “manual” position,turn it to “reset” to resetthe sensing circuitNote: If reset control is in “auto,”it will reset itself.●When ready to restoreservice to the load, closethe feeder●Return the system controlto “normal”V12-T16-6V12-T16-71616High Resistance Grounding SystemCatalog Numbering SystemCustomer Required InformationA C-HRG High Resistance Grounding Assembly can be completely described by an 8-digit catalog number: MVRG-_ _ _ _ _ _ _ _Example: MVRG-FWWCLLTS defines a free-standing Type 1 enclosure, 4200 V/60 Hz, Wye-connected system, current-sensing control scheme, alarm horn with re-alarm timer, alarm relay with 1NO and 1NC, transformer type incandescent lights, wrap-on wiremarkers.Enclosure TypeF = Free-standing NEMA ® 1R = Free-standing NEMA 3R non-walk in outdoor Free-standing enclosure for mounting ground transformers and resistors internallySystem Neutral PointW = WyeD = D (Wye broken delta grounding transformers)Choose wye when the neutral point of the power source isaccessible for direct connection to grounding transformer. Choose Delta when there is no neutral or when neutral is not accessible.Distribution System Voltage W = 4200V 60 Hz X = 2400V 60 Hz Y = 3300V 60 HzVoltage of distribution system Fault SensingC = Overcurrent relay (current sensing)V = Single set point voltmeter relay (voltage sensing)D = Indicating voltmeter only (voltage sensing)Wire MarkersS = Standard wrap-on T = Tube/heat shrink type Marks all internal wiring for ease of maintenance.Indicating LampsL = LED lampsT = Transformer-type incandescent lamps X = Push-to-test transformer-typeStandard lights are industrial, oil-tight,transformer type. Optional are the same type lights except with a push-to-test feature.Loss of Control Power Alarm N = No relayL = Alarm relay with 1NO/1NC A relay is connected across the customer’s 120 Vac supply.Audible AlarmN = No audible alarmL = Alarm horn with re-alarm timerAlarm contacts are standard on all assemblies.F W W C L L T S。

英飞拓产品型号英飞拓产品型号渠道产品，价格优惠，不满意可退货 150********2．1 固定摄像机-PALV5101-A50142 ⼀体化摄像机2．3 因定半球摄像机2．4 V1700A系列快球2．5 V1750A系列充氮快球2．6 V1700S系列内置单模光端机的快球2．7 V1900A系列快球2．8⼀体化云台摄像机2．9恒速球形护罩/云台2．10快球零部件1．模拟监控前端产品2．1 固定摄像机V5101-A2014 V5101-A3014 V5101-A5014 V5101-A2019 V5101-A3019 V5102-A2014 V5102⽇夜型因定摄像机V5102-A3014 V5102-A5014V5102-A3019 V5102-A2019V5103宽动态彩⾊固定摄像机V5103-A3014V1025-1H⾼解析度彩⾊摄像机V1025-1HV1026-1⾼解析度⽇夜转换型摄像机V1026-1V1027-1 1/2英⼨宽动态⾼灵敏度低照度彩⾊摄像机V1027-1V1033-1宽动态⽇夜转换型摄像机V1033-12．2⼀体化摄像机PALV1224⼀体化彩⾊摄像机V1224-22A14V1244⼀体化⽇夜转换摄像机V1244-23A14 V1244-26A14 V5411-A2014ST V5411-A2014SU V5411-A2014SV 2．3固定半球摄像机PALV5411-A2014SW V5411-A2014SX V5411-A2014SYV5411-A2014SZ480线⼿动变焦⾃动光圈镜头V5411-A2014 SBV5411-A2014 SDV5411-A2014SE V5411-A2014SC V5411-A2014SF520线固定焦距镜头V5411-A3014ST V5411-A3014SU V5411-A3014SV V5411-A3014SW V5411-A3014SX V5411-A3014SY V5411-A3014SZ520线⼿动变焦⾃动光圈镜头V5411-A3014SB V5411-A3014SD V5411-A3014SE V5411-A3014SCV5512室内⽇夜型因定半球摄像机V5411-A3014SF V5512-A2014SB V5512-A2014SE520线⼿动变焦⾃动光圈镜头V5512-A3014SB V5512-A3014SEV5413室内宽动态彩⾊固定半球摄像机V5512-A3014SB V5413-A3024SB V5413-A3024SE2．3固定半球摄像机PALV5411-A2014ST V5411-A2014SU V5411-A2014SV V5411-A2014SW V5411-A2014SXV5411-A2014SY480线⼿动变焦⾃动光圈镜头V5411-A2014SZ V5411-A2014SB V5411-A2014SD V5411-A2014SE V5411-A2014SC V5411-A2014SF520线固定焦距镜头V5411-A3014ST V5411-A3014SU V5411-A3014SV V5411-A3014SW V5411-A3014SZ V5411-A3014SY V5411-A3014SX520线⼿动变焦⾃动光圈镜头V5411-A3014SB V5411-A3014SD V5411-A3014SE V5411-A3014SCV5512室内⽇夜型因定半球摄像机V5411-A3014SF V5512-A2014SB520线⼿动变焦⾃动光圈镜头V5512-A2014SE V5512-A3014SB V5512-A3014SB V5512-A3014SEV5413室内宽动态彩⾊固定半球摄像机V5413-A3024SBV1700A系列快球PAL室内吸顶装快球V1725A-C1C2C6 V1726A-C1C2C6 V1727A-C1C2C6 V1728A-C1C2C6 V1724A-C1C2C6 V1729A-C1C2C6 V1723A-C1C2C6室内⽀架装快球V1725A-C1C2B6 V1726A-C1C2B6 V1727A-C1C2B6 V1728A-C1C2B6 V1724A-C1C2B6 V1729A-C1C2B6 V1723A-C1C2B6室外吸顶装快球V1745A-C1C2C6 V1746A-C1C2C6 V1747A-C1C2C6 V1748A-C1C2C6 V1744A-C1C2C6 V1749A-C1C2C6 V1743A-C1C2C6室外⽀架装快球V1745A-C1C2B6 V1746A-C1C2B6 V1747A-C1C2B6 V1748A-C1C2B6 V1744A-C1C2B6 V1749A-C1C2B6 V1743A-C1C2B62．5 V1750A 系列充氮快球-PAL室内充氮吊装快球V1757A-C1C3B6 V1758A-C1C3B6 V1759A-C1C3B6 V1753A-C1C3B6 V1791室内内置单模光端机吸顶装快球V1725S-C1C2C6 V1726S-C1C2C6 V1727S-C1C2C6 V1728S-C1C2C6 V1729S-C1C2C6 V1723S-C1C2C6室内内置单模光端机⽀架装快球V1725S-C1C2B6V1726S-C1C2B6V1727S-C1C2B6 V1728S-C1C2B6 V1729S-C1C2B6 V1723S-C1C2B6室外内置单模光端机吸顶装快球V1745S-C1C2C6 V1746S-C1C2C6 V1747S-C1C2C6 V1748S-C1C2C6 V1743S-C1C2C6 V17243S-C1C2C6室外内置单模光端机⽀架装快球V1745S-C1C2B6 V1746S-C1C2B6 V1747S-C1C2B6 V1748S-C1C2B6 V1749S-C1C2B6 V1724S-C1C2B62．7V1900A系列快球PAL室内吸顶装快球V1901A-C1C2C6 V1902A-C1C2C6 V1903A-C1C2C6 V1904A-C1C2C6 V1906A-C1C2C6室内⽀架装快球V1901A-C1C2B6 V1902A-C1C2B6 V1903A-C1C2B6 V1904A-C1C2B6 V1906A-C1C2B6室外吸顶装快球V1911A-C1C2C6 V1912A-C1C2C6 V1913A-C1C2C6 V1914A-C1C2C6 V1916A-C1C2B6 V1917A-C1C2B6室外⽀架装快球V1911A-C1C2B6 V1912A-C1C2B6 V1913A-C1C2B6 V1914A-C1C2B6 V1916A-C1C2B6 V1917A-C1C2B62．8 ⼀体化云台摄像机V1492-18A15 V1492-23A15 V1492-26A15 V1492-35A15 V1492-36A15 V1492-18A16 V1492-23A16 V1492-26A16 V1492-35A16 V1492-36A16 V1492-18A17 V1492-23A17 V1492-26A17 V1492-35A17 V1492-36A17 V1492-18A18 V1492-23A18 V1492-26A18 V1492-35A18V1492-36A18⼀体化云台⽀架（适⽤于V1492、V1493）V1662-W1 V1662-S1 V1662-C1 V1662-DV1493中型⾼速云台V1493-D16V7A15 V1493-DP16V7A15 V1493-A15 V1493-D16V7A16 V1493-DP16V7A16 V1493-A16 V1493-D16V7A17 V1493-DP16V7A17 V1493-A17 V1493-D16V7A18 V1493-DP16V7A18 V1493-A18V1631隔爆云台摄像机V1631-23A19 V1631-25A19防爆护罩V1421-15SHB6-2V1421-15SHB8-2V1421-15A6-2V1421-15A8-2隔爆云台⽀架V1664-W V1664-C V1664-S V1665-W12．9恒速球形护罩/云台V1682 系列室内/室外恒速球形云台V1682-C2B-9HBPV1682-C2B-9HBP2．10 快球零部件V1761 V1761L V1762 V1763 V1764 V1764A V1764B V1765 V1765A V1766适⽤V1750A系列充氮快球V1761S V1762S V1763S球芯V1700N系列⽹络快球球芯(PAL)(坜另配视频缟码卡)V1825N-C16 V1826N-C16 V1827N-C16 V1828N-C16 V1829N-C16 V1825N-C15 V1826N-C15 V1827N-C15V1828N-C16 V1829N-C16V1700A系列快球球芯(PAL)V1825A-C16 V1826A-C16 V1827A-C16 V1828A-C16 V1829A-C16 V1825N-C15 V1826N-C15 V1827N-C15V1828N-C16 V1829N-C16V1750A系列充氮快球球芯(PAL)V1825AP-C16 V1826AP-C16 V1827AP-C16 V1828AP-C16 V1829AP-C16 V1825AP-C15 V1826AP-C15 V1827AP-C15 V1828AP-C15 V1829AP-C15V1700S系列光端机快球球芯（PAL）V1825AF-C16 V1826 AF-C16 V1827 AF-C16 V1828 AF-C16 V1829 AF-C16 V1825AF-C15 V1826 AF-C15 V1827 AF-C15 V1828 AF-C15 V1829 AF-C15V1900A系列快球球芯（PAL）V1901A-C16 V1902A-C16 V1903A-C16 V1904A-C16 V1905A-C16 球罩快球下罩（不带法兰）V1840-C2 V1840-S2 V1840-C3 V1840-S3室内吸顶装配罩下罩（带法兰）V1840-C2C V1840-S2C V1840-C3C V1840-S3C室内⽀架装配罩下罩（带法兰）V1840-C2B V1840-S2B V1840-C3B V1840-S3B室外⽀架装和吸顶装配罩下罩（带法兰和加热器）V1840-C2O V1840-S2O V1840-C3O V1840-S3O V1840P-C3OV1840P-S3O快球上罩（带法兰）V1850-IC V1850-IB V1850-OC V1850-OB V1850P-OB V1852-IC V1852-IB V1852-OC V1852-OB快球电源板V1860A-C6 V1860N-L6 V1860A-C5 V1860N-L5快球电源V3922-24A-26．键盘及辅助设备6．1 键盘V2100 V2109X V2111X V2110 V2115 V2116X7．3 V2020系列中型矩阵切换/控制器V2020AX-16X4 V2020AX-16X8 V2020AX-16X12 -16X16 V2020AX-16X20 V2020AX-16X24 V2020AX-16X28V2020AX-16X32 V2020AX-32X4 V2020AX-32X8 V2020AX-32X12 V2020AX-32X16 V2020AX-32X20 V2020AX-32X24 V2020AX-32X28 V2020AX-32X32 V2020AX-48X4 V2020AX-48X8V2020AX-48X12 V2020AX-48X16 V2020AX-48X20 V2020AX-48X24 V2020AX-48X28 V2020AX-48X32 V2020AX-64X4 V2020AX-64X8 V2020AX-64X12 V2020AX-64X16 V2020AX-64X20 V2020AX-64X24 V2020AX-64X28 V2020AX-64X32 V2020AX-80X4 V2020AX-80X8 V2020AX-80X12 V2020AX-80X16 V2020AX-80X20 V2020AX-80X24V2020AX-80X28 V2020AX-80X32 V2020AX-96X4 V2020AX-96X8 V2020AX-96X12 V2020AX-96X16 V2020AX-96X20 V2020AX-96X24 V2020AX-96X28 V2020AX-96X32V2020AX-112X4 V2020AX-112X8 V2020AX-112X12 V2020AX-112X16 V2020AX-112X20 V2020AX-112X24V2020AX-112X28 V2020AX-112X32 V2020AX-128X4 V2020AX-128X8 V2020AX-128X12 V2020AX-128X16V2020AX-128X20 V2020AX-128X24 V2020AX-128X28 V2020AX-128X32 V2020AX-144X4 V2020AX-144X8V2020AX-144X12 V2020AX-144X16 V2020AX-144X20 V2020AX-144X24 V2020AX-144X28 V2020AX-144X32V2020AX-160X4 V2020AX-160X8 V2020AX-160X12 V2020AX-160X16 V2020AX-160X20 V2020AX-160X24V2020AX-160X28 V2020AX-160X32 V2020AX-176X4 V2020AX-176X8 V2020AX-176X12 V2020AX-176X16V2020AX-176X20 V2020AX-176X24 V2020AX-176X28 V2020AX-176X32 V2020AX-192X4 V2020AX-192X8V2020AX-192X12 V2020AX-192X16 V2020AX-192X20 V2020AX-192X24 V2020AX-192X28 V2020AX-192X32 V2020AX-208X4 V2020AX-208X8 V2020AX-208X12 V2020AX-208X16 V2020AX-208X20 V2020AX-208X24V2020AX-208X28 V2020AX-208X32 V2020AX-224X4 V2020AX-224X8 V2020AX-224X12 V2020AX-224X16V2020AX-224X20 V2020AX-224X24 V2020AX-224X28 V2020AX-224X32 V2020AX-240X4 V2020AX-240X8 V2020AX-240X12 V2020AX-240X16 V2020AX-240X20 V2020AX-240X24 V2020AX-240X28 V2020AX-240X32V2040AX-16X4 V2040AX-16X8 V2040AX-16X12 V2040AX-16X16 V2040AX-16X20 V2040AX-16X24V2040AX-16X28 V2040AX-16X32 V2040AX-32X4 V2040AX-32X8 V2040AX-32X12 V2040AX-32X16V2040AX-32X20 V2040AX-32X24 V2040AX-32X28 V2040AX-32X32 V2040AX-48X4 V2040AX-48X8V2040AX-48X12 V2040AX-48X16 V2040AX-48X20 V2040AX-48X24 V2040AX-48X28 V2040AX-48X32V2040AX-64X4 V2040AX-64X8 V2040AX-64X12 V2040AX-64X16 V2040AX-64X20 V2040AX-64X24 V2040AX-64X28 V2040AX-64X32 V2040AX-80X4 V2040AX-80X8 V2040AX-80X12 V2040AX-80X16 V2040AX-80X20V2040AX-80X24 V2040AX-80X28 V2040AX-80X32V2040AX-96X4 V2040AX-96X8 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V2040AX-224X32 V2040AX-240X4 V2040AX-240X8V2040AX-240X12 V2040AX-240X16 V2040AX-240X20 V2040AX-240X24 V2040AX-240X28 V2040AX-240X32V2040AX-256X4V2040AX-256X8 V2040AX-256X12 V2040AX-256X16 V2040AX-256X20 V2040AX-256X24V2040AX-256X28 V2040AX-256X32A2011X-16X5 A2011X-32X5 A2020X-16X4 A2020X-16X8 A2020X-16X12 A2020X-16X16 A2020X-16X20 A2020X-16X24 A2020X-16X28 A2020X-16X32 A2020X-32X4 A2020X-32X8 A2020X-32X12 A2020X-32X16 A2020X-32X20 A2020X-32X24 A2020X-32X28A2020X-32X32 A2020X-48X4 A2020X-48X8 A2020X-48X12 A2020X-48X16 A2020X-48X20A2020X-48X24 A2020X-48X28 A2020X-48X32 A2020X-64X4 A2020X-64X8 A2020X-64X12A2020X-64X16 A2020X-64X20 A2020X-64X24 A2020X-64X28 A2020X-64X32 A2020X-80X4A2020X-80X8 A2020X-80X12 A2020X-80X16 A2020X-80X20 A2020X-80X24 A2020X-80X28A2020X-80X32 A2020X-96X4 A2020X-96X8 A2020X-96X12 A2020X-96X16 A2020X-96X20 A2020X-96X24 A2020X-96X28 A2020X-96X32 A2020X-112X4A2020X-112X8 A2020X-112X12 A2020X-112X16 A2020X-112X20 A2020X-112X24A2020X-112X28 A2020X-112X32 A2020X-128X4 A2020X-128X8 A2020X-128X12 A2020X-128X16 A2020X-128X20 A2020X-128X24 A2020X-128X28 A2020X-128X32A2020X-144X4 A2020X-144X8 A2020X-144X12 A2020X-144X16 A2020X-144X20 A2020X-144X24 A2020X-144X28 A2020X-144X32 A2020X-160X4 A2020X-160X8 A2020X-160X12 A2020X-160X16 A2020X-160X20 A2020X-160X24 A2020X-160X28A2020X-160X32 A2020X-176X4 A2020X-176X8 A2020X-176X12 A2020X-176X16 A2020X-176X20A2020X-176X24 A2020X-176X28 A2020X-176X32 A2020X-192X4 A2020X-192X8 A2020X-192X12 A2020X-192X16 A2020X-192X20 A2020X-192X24 A2020X-192X28 A2020X-192X32 A2020X-208X4 A2020X-208X8。

CONTENTREVISION RECORD (3)1OVERVIEW (4)2FEATURES (4)3MECHANICAL DATA (4)4MECHANICAL DRAWING (5)5MODULE INTERFACE (6)6FUNCTION BLOCK DIAGRAM (7)6.1F UNCTION B LOCK D IAGRAM (7)6.2P ANEL L AYOUT D IAGRAM (7)7ABSOLUTE MAXIMUM RATINGS (8)8ELECTRICAL CHARACTERISTICS (9)8.1DC E LECTRICAL C HARACTERISTICS (9)8.2E LECTRO-OPTICAL C HARACTERISTICS (9)8.3AC E LECTRICAL C HARACTERISTICS (10)9FUNCTIONAL SPECIFICATION AND APPLICATION CIRCUIT (14)9.1P OWER ON AND P OWER OFF S EQUENCE (14)9.2A PPLICATION C IRCUIT (15)9.3E XTERNAL DC-DC APPLICATION CIRCUIT (20)9.4D ISPLAY C ONTROL I NSTRUCTION (21)9.5R ECOMMENDED S OFTWARE I NITIALIZATION (21)10PACKAGE SPECIFICATION (22)11RELIABILITY (23)11.1R ELIABILITY T EST (23)11.2L IFETIME (23)11.3F AILURE C HECK S TANDARD (23)12ILLUSTRATION OF OLED PRODUCT NAME (24)13OUTGOING QUALITY CONTROL SPECIFICATIONS (25)13.1S AMPLING M ETHOD (25)13.2I NSPECTION C ONDITIONS (25)13.3Q UALITY A SSURANCE Z ONES (25)13.4I NSPECTION S TANDARD (26)14PRECAUTIONS FOR OPERATION AND STORAGE (29)14.1P RECAUTIONS FOR O PERATION (29)14.2S OLDERING (29)14.3P RECAUTIONS FOR S TORAGE (29)14.4W ARRANTY PERIOD (29)4Mechanical Drawing8.3AC Electrical Characteristics(1)6800-Series MPU Parallel Interface Timing Characteristics(VDD - VSS = 1.65V to 3.3V, TA = 25°C)6800-series MCU parallel interface characteristics(2)8080-Series MPU Parallel Interface Timing Characteristics (VDD - VSS = 1.65V to 3.3V, TA = 25°C)8080-series parallel interface characteristics(3)4-Wire Series Interface Timing Characteristics(VDD - VSS = 1.65V to 3.3V, TA = 25°C)4-wire Serial interface characteristics(4) I2C Interface Timing Characteristics(VDD - VSS = 1.65V to 3.3V, TA = 25°C)I2C Interface Timing Characteristics9Functional Specification and Application Circuit9.1Power ON and Power OFF SequencePower ON Sequence:1. Power ON V DD2. After V DD become stable, set RES# pin LOW (logic low) for at least 3us (t1)(4) and then HIGH(logic high).3. After set RES# pin LOW (logic low), wait for at least 3us (t2). Then Power ON V CC(1).4. After V CC become stable, send command AFh for display ON. SEG/COM will be ON after 100ms(t AF).Power OFF Sequence:1. Send command AEh for display OFF.2. Power OFF V CC(1),(2),(3).3. Power OFF V DD after t OFF. (5) (Typical t OFF=100ms)Note:(1)Since an ESD protection circuit is connected between V DD and V CC, V CC becomes lower than V DDV DD is ON and V CC is OFF as shown in the dotted line of V CC in above figures.whenever(2) V CC should be kept float (disable) when it is OFF.(3) Power Pins(V DD, V CC) can never be pulled to ground under any circumstance.(4) The register values are reset after t1.9.4Display Control InstructionRefer to SSD1306Z IC Specification.9.5Recommended Software Initializationvoid Init_IC(){Write_Command(0xAE); //Set Display Off//displaydivide ratio/osc. freq. mode Write_Command(0xd5);Write_Command(0x80);Write_Command(0xA8); //multiplex ration mode:63 Write_Command(0x3F);Write_Command(0xD3); //Set Display OffsetWrite_Command(0x00);//Set Display Start LineWrite_Command(0x40);Write_Command(0x8D); //Set Display OffsetWrite_Command(0x14);Write_Command(0xA1); //Segment RemapWrite_Command(0xC8); //Sst COM Output Scan Directionpads hardware: alternative Write_Command(0xDA); //commonWrite_Command(0x12);controlWrite_Command(0x81);//contrastWrite_Command(0xCF);Write_Command(0xD9); //set pre-charge periodWrite_Command(0xF1);Write_Command(0xDB); //VCOM deselect level modeVvcomh=0.83*Vcc Write_Command(0x40);//setWrite_Command(0xA4); //Set Entire Display On/OffWrite_Command(0xA6); //Set Normal DisplayWrite_Command(0xAF); //Set Display On}Propagation crack is not acceptable. Stain removable by soft cloth or air blow is acceptable.(1)Crack, deep scratch, deep hole and deep pressure mark onthe TCP/FPC are not acceptable.(2)Terminal lead twisted or broken is not allowable.(3)Copper exposed is not allowed by naked eye inspection.14Precautions for operation and Storage14.1Precautions for Operation(1)Since OLED panel is made of glass, do not apply any mechanical shock or impact or excessiveforce to it when installing the OLED module. Any strong mechanical impact due to falling droppingetc. may cause damage (breakage or cracking).(2)The polarizer on the OLED surface is made of soft material and is easily scratched. Please takemost care when handing. When the surface of the polarizer of OLED Module is contaminated,please wipe it off gently by using moisten soft cloth with isopropyl alcohol, do not use water,ketone or aromatics. If there is saliva or water on the OLED surface, please wipe it off immediately.(3)When handling OLED module, please be sure that the body and the tools are properly grounded.And do not touch I/O pins with bare hands or contaminate I/O pins, it will cause disconnection ordefective insulation of terminals.(4)Do not attempt to disassemble or process the OLED module.(5)OLED module should be used under recommended operating conditions shown in the specification.Since the higher voltage leads to the shorter lifetime, be sure to use the specified operating voltage.(6)Foggy dew, moisture condensation or water droplets deposited on surface and contact terminals willcause polarizer stain or damage, the deteriorated display quality and electrochemical reaction thenleads to shorter life time and permanent damage to the module probably. Please pay attention to theenvironmental temperature and humidity.(7)An afterimage is created by the difference in brightness between unused dot and the fixed dot,according to the decrease of brightness of the emitting time. Therefore, to avoid having anafterimage, the full set should be thoroughly used instead of using a fixed dot. When the fixed dotemits, an afterimage can be created.(8)Flicker could be come out at full on display. And it disappears when frame frequency increase, butbrightness decreases too.14.2Soldering(1)Soldering should be performed only on the I/O terminals.(2)Use soldering irons with proper grounding and no leakage.(3)Iron: no higher than 300℃ and 3~4 sec during soldering.14.3Precautions for Storage(1)Please store OLED module in a dark place. Avoid exposure to sunlight, the light of fluorescent lampor any ultraviolet ray.(2)Keep the environment temperature between 10℃ and 35℃and the relative humidity less than60%. Avoid high temperature and high humidity.(3)Keep the OLED modules stored in the container when shipped from supplier before using them isrecommended.(4)Do not leave any article on the OLED module surface for an extended period of time.14.4Warranty periodVisionox Display Co., Ltd. warrants for a period of 12 months from the shipping date when stored orused under normal condition.。