电子管数据手册资料名称：自命名国产电子管1A2型号：说明：类型:直热式阴极七极管主要用途:变频(基本数据)灯丝电压(Uf)=1.2V;灯丝电流(If)=0.03A;阳极电压(Ua)=60V;第二四栅极电压(Ug2g4)=45V;第三栅极电压(Ug3)=0V;第一栅极电压(Ug1)=0V;阳极电流(Ia)=0.7±0.3mA;第二四栅极电流(Ig2g4)=1.1±0.5mA;第一栅极电流(Ig1)=130±35μA;变频跨导(Sc)≥0.17mA/V;振荡跨导≥0.65mA/V;第一栅极电阻(Rg1)=51kΩ.(极间电容)输入电容(Cin)=5.1pF;输出电容(Cout)=6.3pF;过渡电容(Cag)≤0.6pF.(极限运用数据)最大灯丝电压(Ufmax)=1.4V;最小灯丝电压(Ufmin)=0.9V;最大阳极电压(Uamax)=90V;最大第二四栅极电压(Ug2maxp、Ug4max)=7.5V;最大阳极电源电压(Eamax)=250V;最大第二栅极电源电压(Ea2max)=250V;最大阴极电流(Ikmax)=3mA;最大阴极电流峰值(Ikmax)=9mA;最大阳极耗散功率(Pamax)=0.3W.型号：说明：类型:直热式阴极二极-五极管主要用途:检波和低频电压放大(基本数据)灯丝电压(Uf)=1.2V;灯丝电流(If)=0.03A;阳极电压(Ua)=60V;阳极电流(Ia)=0.9±0.4mA;第一栅极电压(Ug1)=0V;第二栅极电压(Ug2)=45V;第二栅极电流(Ig2)≤0.35mA;跨导(S)=0.2~0.55mA;内阻(Ri)=1MΩ.(极间电容)输入电容(Cin)=1.85pF;输出电容(Cout)=2.1pF;过渡电容(Cag)=0.27pF.(极限运用数据)最大灯丝电压(Ufmax)=1.4V;最小灯丝电压(Ufmin)=0.9V;最大阳极电压(Uamax)=90V;最大第二栅极电压(Ug2max)=75V;最大阳极电源电压(Eamax)=250V;最大第二栅极电源电压(Ea2max)=250V;最大阴极电流(Ikmax)=2mA;最大阳极耗散功率(Pamax)=0.15W.型号：说明：类型:直热式阴极遥截止五极管主要用途:高频电压放大(基本数据)灯丝电压(Uf)=1.2V;灯丝电流(If)=0.03A;阳极电压(Ua)=60V;阳极电流(Ia)=1.35±0.5mA;第一栅极电压(Ug1)=0V;第二栅极电压(Ug2)=45V;第二栅极电流(Ig2)=0.35+0.15mA;跨导(S)=0.25~0.7mA;内阻(Ri)=1.5MΩ.(极间电容)输入电容(Cin)=3pF;输出电容(Cout)=4.9pF;过渡电容(Cag)≤0.01pF.(极限运用数据)最大灯丝电压(Ufmax)=1.4V;最小灯丝电压(Ufmin)=0.9V;最大阳极电压(Uamax)=90V;最大第二栅极电压(Ug2max)=75V;最大阳极电源电压(Eamax)=250V;最大第二栅极电源电压(Ea2max)=250V;最大阴极电流(Ikmax)=3.5mA;最大阳极耗散功率(Pamax)=0.3W.型号：说明：类型:旁热式阴极二极管主要用途:用于110o电视机行扫描逆程脉冲电压的整流(基本数据)灯丝电压(Uf)=1.4V;灯丝电流(If)=0.5±0.055A;阳极电压(Ua)=100V;阳极电流(Ia)≥8mA.(极间电容)阳极与阴极间电容(Cak)=1.55pF.(极限运用数据)最大灯丝电压(Ufmax)=1.54V;最小灯丝电压(Ufmin)=1.26V;最大整流电流(Ikmax)=0.5mA;最大反向电压峰值①(Upmax)=22kV;最大滤波电容(Cmax)=2000pF.注:①最大占空比=22%,最大脉宽=18μs时.型号：说明：类型:直热式阴极高压整流二极管主要用途:在电视机接收中作行扫描逆程电压整流(基本数据)灯丝电压(Uf)=0.7V;灯丝电流(If)=0.2A;阳极交流电压(Ua~)=100V;阳极电流(Ia)≥2mA;行扫描频率(fH)≥16kHz.(极限运用数据)最大灯丝电压(Ufmax)=0.77V;最小灯丝电压(Ufmin)=0.63V;最大反向电压峰值(Upmax)=8kV;最大整流电流(Ikmax)=3mA;最大阳极耗散功率(Pamax)=0.6W.型号：说明：类型:直热式阴极高压脉冲整流二极管主要用途:在专用无线电设备中作高频脉冲整流用(基本数据)灯丝电压(Uf)=1.25V;灯丝电流(If)=0.2±0.04A;阳极反向电压峰值(Up)≥30kV;阴极放射电流①(Ia)≥4mA;注:①Ua=100V时.(极间电容)阳极与阴极间电容(Cak)=1.2±0.5pF.(极限运用数据)最大灯丝电压(Ufmax)=1.4V;最小灯丝电压(Ufmin)=1.1V;最大反向电压峰值(Upmax)=30kV;最大整流电流(Ikmax)=2mA;最大脉冲频率(fmax)=300kHz.型号：说明：类型:直热式阴极二极管主要用途:电视机接收中作行扫描逆程脉冲电压整流用(基本数据)灯丝电压(Uf)=1.2V;灯丝电流(If)=0.2A;阳极电压(Ua)=100V;阳极电流(Ia)≥4mA.(极间电容)阳极与阴极间电容(Cak)=1pF.(极限运用数据)最大灯丝电压(Ufmax)=1.32V;最小灯丝电压(Ufmin)=1.08V;最大整流电流(Ikmax)=300μA;最大反向电压峰值(Upmax)=20kV;最小行扫描频率(fmin)=12kHz.型号：说明：类型:旁热式阴极二极管主要用途:在分米波段作检波用(基本数据)灯丝电压(Uf)=2.3V;灯丝电流(If)=0.2±0.05A;阳极电压(Ua)=5V;阳极电流(Ia)≥1.6mA.(极间电容)阳极与阴极间电容(Cak)=0.1~0.4pF.(极限运用数据)最大灯丝电压(Ufmax)=2.4V;最小灯丝电压(Ufmin)=2.2V;最大整流电流(Ikmax)=0.1mA;最大反向电压峰值(Upmax)=100V;最大阳极耗散功率(Pamax)=0.01W;最大阴极和灯丝间电压(Ufkmax)=±25V; 最高工作频率(fmax)=3GHz.型号：说明：类型:直热式阴极锐截止五极管主要用途:高频电压放大(基本数据)灯丝电压(Uf)=2.2V;灯丝电流(If)=0.06A;阳极电压(Ua)=90V;阳极电流(Ia)=1.9±0.6mA;第一栅极电压(Ug1)=0V;第二栅极电压(Ug2)=45V;第二栅极电流(Ig2)≤0.8mA;第三栅极电压(Ug3)=0V;跨导(S)=1.25±0.25mA/V.(极间电容)输入电容(Cin)≤4.5pF;输出电容(Cout)≤6.0pF;过渡电容(Cag)≤0.015pF;阳极与阴极间电容(Cak)≤0.03pF.(极限运用数据)最大灯丝电压(Ufmax)=2.5V;最小灯丝电压(Ufmin)=1.8V;最大阳极电压(Uamax)=90V;最大第二栅极电压(Ug2maxp)=90V;最大阴极电流(Ikmax)=5mA;最大阳极耗散功率(Pamax)=0.5W.最大第二栅极耗散功率(Pg2max)=0.13W.型号：说明：类型:直热式阴极锐截止五极管主要用途:小功率放大及高频振荡(基本数据)灯丝电压(Uf)=2.2V;灯丝电流(If)=0.057A;阳极电压(Ua)=120V;阳极电流(Ia)=1.9±0.6mA;第一栅极电压(Ug1)=0V;第二栅极电压(Ug2)=45V;第二栅极电流(Ig2)≤0.5mA;第三栅极电压(Ug3)=0V;跨导(S)=1.25±0.25mA/V;内阻(Ri)≥0.7MΩ.(极间电容)输入电容(Cin)≤5.3pF;输出电容(Cout)≤4.9pF;阳极与阴极间电容(Cak)≤0.01pF.(极限运用数据)最大灯丝电压(Ufmax)=2.4V;最小灯丝电压(Ufmin)=2.0V;最大阳极电压(Uamax)=200V;最大第二栅极电压(Ug2max)=120V;最大阴极电流(Ikmax)=5mA;最大阳极耗散功率(Pamax)=1.0W;最大第二栅极耗散功率(Pg2max)=0.3W.???型号：说明：类型:直热式阴极五极管主要用途:低频功率放大(基本数据)灯丝电压(Uf)=1.2/2.4V;灯丝电流(If)=0.06/0.03A;阳极电压(Ua)=60V;阳极电流(Ia)=3.5±1.2mA;第一栅极电压(Ug1)=﹣3.5V;第二栅极电压(Ug2)=60V;第二栅极电流(Ig2)≤1.2mA;跨导(S)≥0.9mA/V;输出功率(PO)=50mW;非线性失真度系数(THD)≤10%.(极间电容)输入电容(Cin)=3.7pF;输出电容(Cout)=3.8pF;过渡电容(Cag)=0.4pF.(极限运用数据)最大灯丝电压(Ufmax)=1.4V/2.8V;最小灯丝电压(Ufmin)=0.9/1.8V;最大阳极电压(Uamax)=90V;最大第二栅极电压(Ug2maxp)=90V;最大阳极电源电压(Eamax)=250V;最大第二栅极电源电压(Ea2max)=250V; 最大阴极电流(Ikmax)=7mA;最大阴极电流峰值(Ikmax)=10mA;最大阳极耗散功率(Pamax)=0.4W.型号：说明：类型:直热式阴极束射四极管主要用途:功率输出(基本数据)灯丝电压(Uf)=1.4/2.8V;灯丝电流(If)=0.2/0.1A;阳极电压(Ua)=135V;阳极电流(Ia)=16±4mA;第一栅极电压(Ug1)=﹣7.5V;第二栅极电压(Ug2)=90V;第二栅极电流(Ig2)≤3.1mA;输出功率(PO)≥0.15W;非线性失真度系数(THD)≤10%.(极间电容)输入电容(Cin)=4.8pF;输出电容(Cout)=4.2pF;过渡电容(Cag)≤0.34pF.(极限运用数据)最大灯丝电压(Ufmax)=1.54/3.08V;最小灯丝电压(Ufmin)=1.26/2.52V;最大阳极电压(Uamax)=150V;最大第二栅极电压(Ug2maxp)=135V;最大阴极电流(Ikmax)=23mA;最大阳极耗散功率(Pamax)=2.0W;最大第二栅极耗散功率(Pg2max)=0.5W.?????型号：说明：类型:直热式阴极五极管主要用途:功率放大(基本数据)灯丝电压(Uf)=2.2V;灯丝电流(If)=0.1A;阳极电压(Ua)=120V;阳极电流(Ia)=7.6±2.2mA;第一栅极电压(Ug1)=﹣5V;第二栅极电压(Ug2)=90V;第二栅极电流(Ig2)≤3.5mA;第三栅极电压(Ug3)=0V;跨导(S)≥1.7mA/V.(极间电容)输入电容(Cin)≤4.5pF;输出电容(Cout)≤7pF;过渡电容(Cag)≤0.03pF;阳极与阴极间电容(Cak)≤0.05pF.(极限运用数据)最大灯丝电压(Ufmax)=2.5V;最小灯丝电压(Ufmin)=1.8V;最大阳极电压(Uamax)=200V;最大第二栅极电压(Ug2maxp)=130V;最大阴极电流(Ikmax)=15mA;最大阳极耗散功率(Pamax)=1W;最大第二栅极耗散功率(Pg2max)=0.35W.型号：说明：类型:直热式阴极五极管主要用途:小功率发射(基本数据)灯丝电压(Uf)=2.2V;灯丝电流(If)=0.11A;阳极电压(Ua)=120V;阳极电流(Ia)≥2.7mA;第一栅极电压(Ug1)=0V;第二栅极电压(Ug2)=45V;第二栅极电流(Ig2)≤1.2mA;第三栅极电压(Ug3)=0V;跨导(S)≥1.5mA/V.(极间电容)输入电容(Cin)=4.85pF;输出电容(Cout)=2pF;阳极与阴极间电容(Cak)≤0.01pF.(极限运用数据)最大灯丝电压(Ufmax)=2.4V;最小灯丝电压(Ufmin)=2.0V;最大阳极电压(Uamax)=200V;最大第二栅极电压(Ug2maxp)=120V;最大阴极电流(Ikmax)=5mA;最大阳极耗散功率(Pamax)=1W;最大第二栅极耗散功率(Pg2max)=0.3W.型号：说明：类型:直热式阴极五极管主要用途:功率放大及高频振荡(基本数据)灯丝电压(Uf)=2.2V;灯丝电流(If)=0.12A;阳极电压(Ua)=160V;阳极电流(Ia)=10mA;第一栅极电压(Ug1)=﹣5.5±1.7V;第二栅极电压(Ug2)=120V;第二栅极电流(Ig2)≤2.0mA;第三栅极电压(Ug3)=0V;跨导(S)=2.05±0.25mA/V;输出功率(PO)=1.2W.(极间电容)输入电容(Cin)=4.3pF;输出电容(Cout)=5.6pF;过渡电容(Cag)=0.055pF;阳极与阴极间电容(Cak)=0.03pF.(极限运用数据)最大灯丝电压(Ufmax)=2.4V;最小灯丝电压(Ufmin)=2.0V;最大阳极电压(Uamax)=200V;最大第二栅极电压(Ug2maxp)=150V;最大阴极电流(Ikmax)=20mA;最大阳极耗散功率(Pamax)=2.0W;最大第二栅极耗散功率(Pg2max)=0.7W; 最高工作频率(fmax)=120MHz.型号：说明：类型:旁热式阴极高压整流二极管主要用途:高压整流(基本数据)灯丝电压(Uf)=2.5V;灯丝电流(If)=1.75±0.2A;平均整流电流(Icp)≥6.8mA;变压器次级线圈交流电压有效值(Urms)=4500V;滤波电容①(C)=0.06μF.注:①当选用大于此值的滤波电容时必须加入充电限流电阻,以免滤波电容充电峰值电流超出上述规定.(极限运用数据)最大灯丝电压(Ufmax)=2.75V;最小灯丝电压(Ufmin)=2.25V;最大阳极交流电压有效值(Urms)=4500V;最大反向电压峰值(Upmax)=12.5kV;最大整流电流(Ikmax)=7.5mA.型号：说明：类型:旁热式阴极锐截止五极管主要用途:小功率放大及高频振荡(基本数据)灯丝电压(Uf)=4.2V;灯丝电流(If)=0.225A;阳极电压(Ua)=150V;阳极电流(Ia)=1.4~3.1mA;第一栅极电压(Ug1)=﹣2.3V;第二栅极电压(Ug2)=75V;第二栅极电流(Ig2)=0.2~0.9mA;第三栅极电压(Ug3)=0V;跨导(S)=1.2~2.1mA/V;内阻(Ri)≥1MΩ;输出功率(PO)≥0.5W.(极间电容)输入电容(Cin)=4.0pF;输出电容(Cout)=4.2pF;过渡电容(Cag)≤0.007pF.(极限运用数据)最大灯丝电压(Ufmax)=4.8V;最小灯丝电压(Ufmin)=3.6V;最大阳极电压(Uamax)=250V;最大第二栅极电压(Ug2maxp)=225V;最大灯丝与阴极间电压(Ufkmax)=100V;最大阴极电流(Ikmax)=11mA;最大阳极耗散功率(Pamax)=2W;最大第二栅极耗散功率(Pg2max)=0.7W.型号：说明：类型:直热式阴极五极管主要用途:振荡及功率放大(基本数据)灯丝电压(Uf)=4.2V;灯丝电流(If)=0.325A;阳极电压(Ua)=150V;阳极电流(Ia)=60±20mA;第一栅极电压(Ug1)=﹣3.5V;第二栅极电压(Ug2)=150V;第二栅极电流(Ig2)≤6.5mA;第三栅极电压(Ug3)=0V;跨导(S)=6±1.5mA/V;输出功率(PO)≥4.2W.(极间电容)输入电容(Cin)=8.5pF;输出电容(Cout)=9.4pF;过渡电容(Cag)≤0.1pF.(极限运用数据)最大灯丝电压(Ufmax)=4.7V;最小灯丝电压(Ufmin)=3.9V;最大阳极电压(Uamax)=250V;最大第二栅极电压(Ug2maxp)=250V; 最大阴极电流(Ikmax)=50mA;最大阳极耗散功率(Pamax)=7.5W;最大第二栅极耗散功率(Pg2max)=1.5W.型号：说明：类型:直热式阴极双阳极整流二极管主要用途:小功率全波整流(基本数据)灯丝电压(Uf)=5V;灯丝电流(If)=2±0.4A;平均整流电流(Icp)=125mA;变压器次级线圈交流电压有效值①(Urms)=2x500V; 变压器次级线圈交流电压有效值②(Urms)=2x350V; 滤波电容(C)=4μF;滤波电感(L)=10H.注:①滤波电路为电感输入时;②滤波电路为电容输入时.(极限运用数据)最大灯丝电压(Ufmax)=5.5V;最小灯丝电压(Ufmin)=4.5V;最大整流电流(Ikmax)=125mA;最大反向电压峰值(Upmax)=1.4kV.型号：说明：类型:直热式阴极双阳极整流二极管主要用途:小功率全波整流(基本数据)灯丝电压(Uf)=5V;灯丝电流(If)=2±0.2A;平均整流电流(Icp)=125mA;变压器次级线圈交流电压有效值(Urms)=2x400V; 滤波电容(C)=4μF.(极限运用数据)最大灯丝电压(Ufmax)=5.5V;最小灯丝电压(Ufmin)=4.5V;最大整流电流(Ikmax)=125mA;最大反向电压峰值(Upmax)=1.4kV.型号：说明：类型:直热式阴极双阳极整流二极管主要用途:小功率全波整流(基本数据)灯丝电压(Uf)=5V;灯丝电流(If)=3±0.3A;平均整流电流(Icp)≥230mA;变压器次级线圈交流电压有效值(Urms)=2x500V; 滤波电容(C)=4μF.(极限运用数据)最大灯丝电压(Ufmax)=5.5V;最小灯丝电压(Ufmin)=4.5V;最大整流电流(Ikmax)=250mA;最大反向电压峰值(Upmax)=1550V.型号：说明：类型:直热式阴极双阳极整流二极管主要用途:小功率全波整流(基本数据)灯丝电压(Uf)=5V;灯丝电流(If)=1.8~2.2A;平均整流电流(Icp)≥122mA;变压器次级线圈交流电压有效值(Urms)=2x500V; 滤波电容(C)=4μF.(极限运用数据)最大灯丝电压(Ufmax)=5.5V;最小灯丝电压(Ufmin)=4.5V;最大整流电流(Ikmax)=125mA;最大反向电压峰值(Upmax)=1350V.型号：说明：类型:旁热式阴极双阳极整流二极管主要用途:全波整流(基本数据)灯丝电压(Uf)=5V;灯丝电流(If)=5±0.75A;平均整流电流(Icp)≥400mA;变压器次级线圈交流电压有效值(Urms)=2x500V; 滤波电容(C)=4μF.(极限运用数据)最大灯丝电压(Ufmax)=5.5V;最小灯丝电压(Ufmin)=4.5V;最大整流电流(Ikmax)=420mA;最大反向电压峰值(Upmax)=1700V;最大阳极耗散功率(Pamax)=30W.型号：说明：类型:旁热式阴极双阳极整流二极管主要用途:全波整流(基本数据)灯丝电压(Uf)=5V;灯丝电流(If)=3±0.3A;平均整流电流(Icp)≥190mA;变压器次级线圈交流电压有效值(Urms)=2x500V; 滤波电容(C)=4μF.(极限运用数据)最大灯丝电压(Ufmax)=5.5V;最小灯丝电压(Ufmin)=4.5V;最大整流电流(Ikmax)=205mA;最大反向电压峰值(Upmax)=1700V;最大阳极耗散功率(Pamax)=12W.型号：说明：类型:旁热式阴极七极管主要用途:变频(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.3A;阳极电压(Ua)=250V;阳极电流(Ia)=3±1mA;第二四栅极电压(Ug2g4)=100V;第三栅极电压(Ug3)=﹣1.5V;第二四栅极电流(Ig2g4)=7.0±2.1mA;第一栅极电阻(Rg1)=20kΩ;变频跨导(Sc)≥0.3mA/V;振荡跨导≥4.5mA/V.(极间电容)输入电容(Cin)≤8.8pF;输出电容(Cout)≤10.1pF.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大阳极电压(Uamax)=330V;最大第二四栅极电压(Ug2g4max)=110V;最大第三栅极电压(Ug3max)=﹣50V;最大第一栅极电流(Ig1max)=0.5mA;最大阴极电流(Ikmax)=14mA;最大灯丝与阴极间电压(Ufkmax)=100V;最大阳极耗散功率(Pamax)=1.1W;最大第二四栅极耗散功率(Pg2g4max)=1.1W.型号：说明：类型:旁热式阴极七极变频管主要用途:变频(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.3±0.025A;阳极电压(Ua)=250V;阳极电流(Ia)=3.5±1mA;第二四栅极电压(Ug2g4)=100V;第三栅极电压(Ug3)=0V;第一栅极电流(Ig1)=0.51±0.13mA;第二四栅极电流(Ig2g4)=9±2.5mA;变频跨导(Sc)=0.45±0.15mA/V;振荡跨导=4.7±1.2mA/V.(极间电容)输入电容(Cin)=11±3pF;输出电容(Cout)=11±3pF;过渡电容(Cag)=0.7pF.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大阳极电压(Uamax)=330V;最大第二四栅极电压(Ug2g4max)=110V;最大第一栅极电流(Ig1max)=0.5mA;最大阴极电流(Ikmax)=15.5mA;最大灯丝与阴极间电压(Ufkmax)=100V;最大阳极耗散功率(Pamax)=1.1W;最大第二四栅极耗散功率(Pg2g4max)=1.1W.型号：说明：类型:旁热式阴极双二极-五极管主要用途:作高频和低频电压放大、检波和自动音量控制(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.3±0.025A;(双二极管部分)平均整流电流(Icp)≥220μA;(五极管部分)阳极电压(Ua)=250V;阳极电流(Ia)=7.3~13mA;第一栅极电压(Ug1)=﹣3V;第二栅极电压(Ug2)=125V;第二栅极电流(Ig2)=2.45+1.05mA;跨导(S)=1.32~1.6mA/V.(极间电容)输入电容(Cin)=3.9~4.15pF;输出电容(Cout)=11±2pF;过渡电容(Cag)≤0.008pF.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大阳极电压(Uamax)=27.5V;最大第二栅极电压(Ug2maxp)=140V;最大每只二极管整流电流(Ikmax)=1mA;最大阳极耗散功率(Pamax)=4W;最大第二栅极耗散功率(Pg2max)=0.3W;最大灯丝与阴极间电压(Ufkmax)=100V.型号：说明：类型:旁热式阴极三极管主要用途:高频电压放大(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.15A;阳极电压(Ua)=250V;阳极电流(Ia)=6.1±2.5mA;栅极电压(Ug)=﹣7V;跨导(S)=2.65±0.65mA/V;内阻(Ri)=8.4~14.8kΩ.(极间电容)输入电容(Cin)=0.95~1.8pF;输出电容(Cout)=0.75~1.45pF;过渡电容(Cag)=1.0~1.8pF.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大阳极电压(Uamax)=275V;最大灯丝与阴极间电压(Ufkmax)=﹣90V; 最大阳极耗散功率(Pamax)=1.8W.型号：说明：类型:旁热式阴极三极管主要用途:高频电压放大(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.3A;阳极电压(Ua)=150V;阳极电流(Ia)=16±4mA;阴极电阻(Rk)=100Ω;跨导(S)=19.5±4.5mA/V;放大系数(μ)=50±15.(极间电容)输入电容(Cin)=5.5pF;输出电容(Cout)=0.85pF;过渡电容(Cag)≤2.4pF;灯丝与阴极间电容(Cfk)=7pF.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大阳极电压(Uamax)=160V;最大灯丝与阴极间电压(Ufkmax)=+100V(-160V); 最大阳极耗散功率(Pamax)=3W;最大阴极电流(Ikmax)=35mA;最大栅极电阻(Rgmax)=1MΩ.型号：说明：类型:旁热式阴极三极管主要用途:宽频带高频电压放大(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.3A;阳极电压(Ua)=150V;阳极电流(Ia)=16±4mA;阴极电阻(Rk)=100Ω;跨导(S)=19.5±4.5mA/V;放大系数(μ)=50±15.(极间电容)输入电容(Cin)≤13.3pF;输出电容(Cout)≤0.17pF;过渡电容(Cag)≤3.75pF.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大阳极电压(Uamax)=160V;最大灯丝与阴极间电压(Ufkmax)=±100V; 最大阳极耗散功率(Pamax)=3W;最大阴极电流(Ikmax)=35mA;最大栅极电阻(Rgmax)=1MΩ.?????�型号：说明：类型:旁热式阴极三极管主要用途:作分米和厘米波段的小功率振荡(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.7±0.07A;阳极电压(Ua)=250V;阳极电流(Ia)=8~23A;跨导(S)=5±1.5mA/V;放大系数(μ)=40±10.(极间电容)输入电容(Cin)=1.9~2.8pF;输出电容(Cout)≤0.05pF;过渡电容(Cag)=1.15~1.5pF.(极限运用数据)最大灯丝电压(Ufmax)=6.6V;最小灯丝电压(Ufmin)=6.0V;最大阳极电压(Uamax)=300V;最大灯丝与阴极间电压(Ufkmax)=±100V; 最大阳极耗散功率(Pamax)=6.5W;最高振荡频率(fmax)=3370MHz.型号：说明：类型:旁热式阴极三极管主要用途:检波和低频电压放大(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.3±0.025A;阳极电压(Ua)=﹣8V;阳极电流(Ia)=8±3mA;跨导(S)=2.2±0.5mA/V;内阻(Ri)=9kΩ;放大系数(μ)=20±2.(极间电容)输入电容(Cin)=3.8±0.9pF;输出电容(Cout)=7.4~13.4pF;过渡电容(Cag)=2±0.6pF.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大阳极电压(Uamax)=350V;最大灯丝与阴极间电压(Ufkmax)=100V; 最大阳极耗散功率(Pamax)=2.75W.型号：说明：类型:旁热式阴极三极管主要用途:低频电压放大及高频振荡(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.2A;阳极电压(Ua)=120V;阳极电流(Ia)=9.0±2.7mA;阴极电阻(Rk)=220Ω;跨导(S)=4~6.3mA/V;放大系数(μ)=25.(极间电容)输入电容(Cin)=2.5pF;输出电容(Cout)=2.5pF;过渡电容(Cag)≤1.58pF;灯丝与阴极间电容(Cfk)≤7pF.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大阳极电压(Uamax)=250V;最大灯丝与阴极间电压(Ufkmax)=150V; 最大阳极耗散功率(Pamax)=1.4W;最大栅极电阻(Rgmax)=1MΩ;最高频率(fmax)=500MHz.??型号：说明：类型:旁热式阴极三极管主要用途:低频电压放大(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.2A;阳极电压(Ua)=250V;阳极电流(Ia)=4.5±0.9mA;阴极电阻(Rk)=400Ω;跨导(S)=4±0.9mA/V;放大系数(μ)=65.(极间电容)输入电容(Cin)=2.5pF;输出电容(Cout)=2.65pF;过渡电容(Cag)≤1.0pF;灯丝与阴极间电容(Cfk)≤7pF.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大阳极电压(Uamax)=300V;最大灯丝与阴极间电压(Ufkmax)=±150V; 最大阳极耗散功率(Pamax)=1.45W;最大阴极电流(Ikmax)=7mA;最大栅极电阻(Rgmax)=1MΩ.型号：说明：类型:旁热式阴极三极管主要用途:高频脉冲振荡(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.3±0.025A;阳极电压(Ua)=300V;阳极电流(Ia)=8~14.5mA;跨导(S)=3±0.6mA/V;放大系数(μ)=20±2.(极间电容)输入电容(Cin)=2.2±0.4pF;输出电容(Cout)=0.65±0.15pF;过渡电容(Cag)=3.6±0.72pF.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大阳极电压(Uamax)=500V;最大灯丝与阴极间电压(Ufkmax)=±100V; 最大阳极耗散功率(Pamax)=3.6W.�?型号：说明：类型:旁热式阴极三极管主要用途:超高频振荡(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.17A;阳极电压(Ua)=120V;阳极电流(Ia)=20mA;跨导(S)=4.5mA/V;放大系数(μ)=16.(极间电容)输入电容(Cin)=1.8±0.4pF;输出电容(Cout)=0.7±0.3pF;过渡电容(Cag)=1.6±0.3pF;灯丝与阴极间电容(Cfk)=2.5pF.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大阳极电压(Uamax)=275V;最大灯丝与阴极间电压(Ufkmax)=±100V; 最大阳极耗散功率(Pamax)=3.5W;最大栅极电阻(Rgmax)=1MΩ.型号：说明：类型:旁热式阴极三极管主要用途:在栅地电路中作低噪超高频放大(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.17mA;阳极电压(Ua)=160V;阳极电流(Ia)=12±3mA;跨导(S)=13±3mA/V;放大系数(μ)=65.(极间电容)输入电容(Cin)=3.7±0.5pF;输出电容(Cout)=1.5±0.5pF;过渡电容(Cag)=0.08±0.02pF.(极限运用数据)最大灯丝电压(Ufmax)=7.0V;最小灯丝电压(Ufmin)=5.7V;最大阳极电压(Uamax)=175V;最大灯丝与阴极间电压(Ufkmax)=100V; 最大阳极耗散功率(Pamax)=2W;最大栅极电阻(Rgmax)=1MΩ.型号：说明：类型:旁热式阴极高跨导、低噪声三极管主要用途:宽频带电压放大(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.3A;阳极电压(Ua)=150V;阳极电流(Ia)=24mA;阴极电阻(Rk)=60Ω;跨导(S)=24mA/V.(极间电容)输入电容(Cin)=10pF;输出电容(Cout)=1pF;过渡电容(Cag)=3pF.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大阳极电流(Iamax)=30mA;最大灯丝与阴极间电压(Ufkmax)=150V;最大阳极耗散功率(Pamax)=4W.?????型号：说明：类型:旁热式阴极大功率三极管主要用途:稳压器调整管、OTL功放(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=1±0.07A;阳极电压(Ua)=110V;栅极电压(Ug)=﹣7V;阳极电流(Ia)=105±25mA;阴极电阻(Rk)=130Ω;跨导(S)=7.5±1.5mA/V;内阻(Ri)=300Ω.(极间电容)输入电容(Cin)=6.5pF;输出电容(Cout)=2.5pF;过渡电容(Cag)=8.0pF.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大阳极耗散功率(Pamax)=11W;最大栅极电阻(Rgmax)=0.5MΩ;最大阳极电压①(Uamax)Pa≤7W时350V,Pa≤11W时200V;最大灯丝与阴极间电压(Ufkmax)=±250V;最大栅极电压(Ugmax)=﹣1.5V.注:①指管子在冷态时插入500V.(推荐甲类功放参数)阳极电压(Ua)=190V; 栅极电压(Ug)=﹣67V;阳极电流(Ia)=45mA;阴极自给偏压电阻(Rk)=1.5kΩ;最大阳极耗散功率(Pamax)=8.5W;负载阻抗(ZL)=1.25kΩ;输出功率(PO)=7W;非线性失真度(THD)=0.75%(1W),7%(7W).型号：说明：类型:旁热式阴极三极管主要用途:电压放大(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.22A;阳极电压(Ua)=50V;阳极电流(Ia)=40±10mA;跨导(S)=20±6mA/V;放大系数(μ)>13.(极间电容)输入电容(Cin)=4.1±1.0pF;输出电容(Cout)≤1.5pF;过渡电容(Cag)=3.8±1.0pF;灯丝与阴极间电容(Cfk)≤5.5pF.(极限运用数据)最大灯丝电压(Ufmax)=7.0V;最小灯丝电压(Ufmin)=5.7V;最大阳极电压(Uamax)=100V;最大灯丝与阴极间电压(Ufkmax)=±200V; 最大阳极耗散功率(Pamax)=2.5W;最大阴极电流(Ikmax)=50mA;最大栅极电阻(Rgmax)=1MΩ.型号：说明：类型:旁热式阴极遥截止三极管主要用途:电压放大(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.165A;阳极电压(Ua)=200V;阳极电流(Ia)=3.0±1.3mA;阴极电阻(Rk)=280Ω;跨导(S)=3.5±1.3mA/V;放大系数(μ)=70~140.(极间电容)输入电容(Cin)=3.0±0.7pF;输出电容(Cout)=0.65±0.35pF;过渡电容(Cag)≤1.2pF;灯丝与阴极间电容(Cfk)≤6.0pF.(极限运用数据)最大灯丝电压(Ufmax)=7.0V;最小灯丝电压(Ufmin)=5.7V;最大阳极电压(Uamax)=250V;最大灯丝与阴极间电压(Ufkmax)=150V;最大阳极耗散功率(Pamax)=4.5W;最大阴极电流(Ikmax)=10mA;最大栅极电阻(Rgmax)=2MΩ.型号：说明：类型:旁热式阴极三极管主要用途:作分米波振荡(基本数据)灯丝电压(Uf)=12.6V;灯丝电流(If)=0.09A;阳极电压(Ua)=100V;阳极电流(Ia)=30.2±12.5mA;跨导(S)=2.2~4.2mA/V;放大系数(μ)=8~17;输出功率①(PO)≥275mA.注:①Ua=130V;f≥7.5x108Hz时.(极间电容)输入电容(Cin)=1.55±0.55pF;输出电容(Cout)=0.65±0.15pF;过渡电容(Cag)=1.15±0.25pF.(极限运用数据)最大灯丝电压(Ufmax)=14.5V;最小灯丝电压(Ufmin)=10.8V;最大阳极电压(Uamax)=300V;最大栅极电压(Ugmax)=50V;最小栅极电压(Ugmin)=﹣250V;最大阳极耗散功率(Pamax)=5W;最大栅极耗散功率(Pgmax)=0.25W;最小输出功率(POmin)=275mW;最大阴极电流峰值(Ikmax)=200mA;最大灯丝与阴极间电压(Ufkmax)=100V.型号：说明：类型:旁热式阴极调谐指示管主要用途:调谐指示(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.3A;荧光屏电压(UL)=250V;阳极电压(Ua)=100V;栅极电压(Ug)=0~﹣15V;阳极电阻(Ra)=0.5MΩ;栅极电阻(Rg)=0.1MΩ;荧光屏扇形指示角(θL)=5o~55o.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大荧光屏电压(ULmax)=250V;最大阳极电压(Uamax)=250V;最大阳极耗散功率(Pamax)=0.2W;最大栅极电阻(Rgmax)=3MΩ.型号：说明：类型:旁热式阴极调谐指示管主要用途:调谐指示(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.3±0.03A;阳极电流①(Ia)=2±0.5mA;栅极截止电压②(Ugj)=﹣10±5V;阳极电源电压(Ea)=250V;荧光屏电压(UL)=250V;荧光屏电流①(IL)=1mA;跨导(S)≥0.5mA/V;阳极内阻(Ri)=100kΩ;栅极电阻(Rg)=3MΩ;放大系数(μ)≥20.注:①Ug=0V时;②荧光屏光带闭合时.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大荧光屏电压(ULmax)=250V;最小荧光屏电压(ULmin)=200V;最大阳极电源电压(Eamax)=250V;最大阳极耗散功率(Pamax)=0.5W;最大栅极电阻(Rgmax)=3MΩ;最大灯丝与阴极间电压(Ufmax)=±100V.型号：说明：类型:旁热式阴极调谐指示管主要用途:调谐指示(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.3±0.025A;阳极电压(Ua)=250V;荧光屏电压(UL)=250V;栅极电压(Ug)=﹣4V;阳极电流(Ia)=5.3±1.9mA;荧光屏电流(IL)≤5mA;跨导(S)=1.2±0.4mA/V;放大系数(μ)=24±2;荧光屏扇形阴影闭合时栅极电压(UgL)=﹣7.5±2V. (极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大阳极电压(Uamax)=250V;最大荧光屏电压(ULmax)=250V;最大灯丝与阴极间电压(Ufmax)=100V.型号：说明：类型:旁热式阴极三极-五极管主要用途:变频或高频电压放大(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.417A;(三极管部分)阳极电压(Ua)=100V;阳极电流(Ia)=13±5mA;栅极电压(Ug)=﹣2V;跨导(S)=5±1.5mA/V;放大系数(μ)=20;(五极管部分)阳极电压(Ua)=170V;阳极电流(Ia)=6~15mA;第二栅极电压(Ug2)=170V;第二栅极电流(Ig2)≤4.5mA;跨导(S)=6.2±2.2mA/V;内阻(Ri)=0.4MΩ.(极间电容)(三极管部分)输入电容(Cin)=2.5pF;输出电容(Cout)=0.3pF;过渡电容(Cag)=1.45pF;(五极管部分)输入电容(Cin)=5.5pF;输出电容(Cout)=3.4pF;过渡电容(Cag)≤0.025pF.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大灯丝与阴极间电压(Ufkmax)=100V; (三极管部分)最大阳极电压(Uamax)=250V; 最大阴极电流(Ikmax)=14mA;最大阳极耗散功率(Pamax)=1.5W;最大栅极电阻(Rgmax)=0.5MΩ;(五极管部分)最大阳极电压(Uamax)=250V; 最大第二栅极电压(Ug2maxp)=175V;最大阴极电流(Ikmax)=14mA;最大阳极耗散功率(Pamax)=2.5W;最大第二栅极耗散功率(Pg2max)=0.7W;最大第一栅极电阻(Rgmax)=1MΩ.型号：说明：类型:旁热式阴极三极-五极管主要用途:振荡、混频及高频电压放大(基本数据)灯丝电压(Uf)=6.3V;灯丝电流(If)=0.45±0.05A;(三极管部分)阳极电压(Ua)=150V;阳极电流(Ia)=13±5mA;阴极电阻(Rk)=56Ω;跨导(S)=8.5mA/V;内阻(Ri)=5kΩ;放大系数(μ)=40;(五极管部分)阳极电压(Ua)=250V;阳极电流(Ia)=10±3mA;第二栅极电压(Ug2)=110V;第二栅极电流(Ig2)≤5.5mA;阴极电阻(Rk)=68Ω;跨导(S)=5.2mA/V;内阻(Ri)=400kΩ.(极间电容)(三极管部分)输入电容(Cin)=2.5pF;输出电容(Cout)=0.4pF;过渡电容(Cag)=1.8pF;(五极管部分)输入电容(Cin)=5pF;输出电容(Cout)=2.6pF;过渡电容(Cag)=0.01pF.(极限运用数据)最大灯丝电压(Ufmax)=6.9V;最小灯丝电压(Ufmin)=5.7V;最大灯丝与阴极间电压(Ufkmax)=±90V; (三极管部分)最大阳极电压(Uamax)=300V; 最大栅极电压(Ugmax)=0V;最大阴极电流(Ikmax)=20mA;最大阳极耗散功率(Pamax)=2.7W;最大栅极电阻(Rgmax)=1MΩ;(五极管部分)最大阳极电压(Uamax)=300V; 最大第一栅极偏压(Ug1max)=0V;最大第二栅极电压(Ug2maxp)=300V;最大阴极电流(Ikmax)=20mA;最大阳极耗散功率(Pamax)=2.8W;最大第二栅极耗散功率(Pg2max)=0.5W.。
Symbol Test Conditions Characteristic Values(TJ= 25︒C, Unless Otherwise Specified) Min. Typ. Max.VGE(th) IC= 250μA, VCE= VGE3.0 5.0 VI CES VCE= VCES, VGE= 0V 300 μA TJ= 125︒C 5 mAI GES VCE= 0V, VGE= ±20V ±100 nAVCE(sat) IC= 60A, VGE= 15V, Note 1 1.50 1.80 V IC= 120A 1.75 VSymbol Test Conditions Maximum RatingsVCES TJ= 25︒C to 150︒C 600VVCGR TJ= 25︒C to 150︒C, RGE= 1MΩ 600VVGESContinuous±20VVGEMTransient±30VI C25TC= 25︒C80AIC110TC= 110︒C40AIF110TC= 110︒C34AI CM TC= 25︒C, 1ms450ASSOA VGE = 15V, TVJ= 125︒C, RG= 3ΩICM= 240A(RBSOA)Clamped Inductive Load VCE ≤ VCESPC TC= 25︒C200WTJ-55 ... +150︒CTJM150︒CTstg-55 ... +150︒CVISOL50/60 Hz, 1 Minute 2500V~FCMounting Force20..120/4.5..27N/lbTLMaximum Lead Temperature for Soldering300°CTSOLD1.6mm (0.062 in.) from Case for 10s 260 °C Weight5 g VCES= 600V IC110= 40A VCE(sat)≤ 1.80V tfi(typ)= 92nsIXGR72N60B3H1GenX3TM600VIGBT w/ Diode(Electrically Isolated Tab)Me dium Speed Low Vsat PT IGBTfor 5-40 kHz Switching ISOPLUS247TMGCEG = Gate C = CollectorE = EmitterIsolated TabFeatures●Silicon Chip on Direct-Copper Bond(DCB) Substrate●Isolated Mounting SurfaceOptimized for Low Conduction andSwitching Losses●2500V~ Electrical Isolation●Square RBSOA●Anti-Parallel Ultra Fast DiodeAdvantages●High Power Density●Low Gate Drive RequirementApplications●Power Inverters●UPS●Motor Drives●SMPS●PFC Circuits●Battery Chargers●Welding Machines●Lamp BallastsIXYS Reserves the Right to Change Limits, Test Conditions, and Dimensions.Reverse Diode (FRED)(Symbol Test ConditionsCharacteristic Values (T J = 25︒C, Unless Otherwise Specified) Min. Typ. Max.V F I F = 60A, V GE = 0V, Note 12.45 V T J = 150°C 1.40 1.80 VI RM I F = 60A, V GE = 0V, T J = 100°C 8.3A-di F /dt = 200A/μs, V R = 300V t rr I F = 60A, -di/dt = 200A/μs, V R = 300V, T J = 100°C 140nsR thJC0.80°C/WNotes:1. Pulse test, t ≤ 300μs, duty cycle, d ≤ 2%.2. Switching times & energy losses may increase for higher V CE (Clamp), T J or R G .1 - Gate2 - Collector3 - EmitterEAA21 2 3E1D1D2QR Dc 3x b3x e2x b2b4D3A1LWL1IXYS Reserves the Right to Change Limits, Test Conditions, and Dimensions.Fig. 21 Forward Current IF vs. VFFig. 22 Typ. Reverse RecoveryCharge Qrr。
Microwave Drawer : SMD2470AS, SMD3070ASInstallatIon ManualUNPACkING yoUR mICRoWAvE dRAWER• Remove all packing materials from inside the Microwave Drawer. DO NOT REMOVE THE WAVEGUIDE COVER, which is located on the top of the Microwave Drawer.• Remove the feature sticker, if there is one.Check the drawer for any damage, such as misaligned or bentnot operate the Microwave Drawer and contact your dealer or a SHARP AUTHORIZED SERVICER.ImPoRtANt NotES to thE INStALLER• Read all of the Installation Manual before installing theMicrowave Drawer. • Remove all packing material before connecting the electricalsupply. • Observe all governing codes and ordinances. • Be sure to leave these instructions with the consumer.ImPoRtANt NotES to thE CoNSUmERaccordance with local codes. • Make sure the wall coverings and the cabinets around theMicrowave Drawer can withstand the heat generated by the Microwave Drawer. Never leave children alone or unattended inthe area where a Microwave Drawer is in use. Never leave the drawer open when the microwave is unattended.Stepping, leaning or sitting on the drawer mayresult in serious injuries and can also cause damage to the Microwave Drawer.• Do not use the Microwave Drawer as a storage space.This creates a potentially hazardous situation. • Check that the time-of-day is in the display. If not, touchSTOP/CLEAR to prevent unintended use.• Dimensions that are shown in Figure 1 (for 24") or Figures4 and5 (for 30") must be used. Given dimensions provide minimum clearance. Locate electrical outlet in the shaded area in the upper left-hand corner of the cutout. See Figure 9. • Contact surface must be solid and level. Pay special attentionto the floor on which the Microwave Drawer will sit. The floor of the opening should be constructed of plywood strong enough to support the weight of the oven (about 100 pounds).• Check location where the Microwave Drawer will beinstalled for proper electrical supply.• Your oven can be built into a cabinet or wall by itself orunder a gas or electric wall oven. • Be sur e that the clearance of the floor between the wall ovenand the microwave drawer is a minimum of 2-inches.• The microwave interior will easily accommodate a 9" x 13"oblong dish or a bag of microwave popcorn.• The oven can also be mounted flush. Please see instructionsfor flush m ounting included with the Flush Mount Deflector vent.CCutout Dimension 22 1/8" x 15 9/16"A. 6"B. Suggested electrical outlet location*C. Anti-Tip blockD. 5"E. 3-1/2"F. 4"G. 22-1/8" openingH. 14-13/16" to bottom of Anti-Tip block I. Allow 7/8" overlapJ. 23-1/2" minimum depth K. Allow 3/16" overlap L. 36" countertop heightM. Allow 7/16" minimum overlap N. Floor must support 100 lb O. 24" cabinet minimum P. 15-9/16" openingFigures 1 and 2 contain many Microwave Drawer measurements for reference when planning the drawer’s location.This Microwave Drawer can be installed below any electric or gas wall oven.* Can also be installed using an electrical outlet in an adjacent cabinet within the area where the provided electrical cord can reach. Power cord access hole in cabinet should be a minimum 1 1/2" diameter hole and deburred of all sharp edges.IMPORTANTAlways allow sufficient power cord length to theelectrical outlet to prevent tension.Always check electrical codes for requirements.A. 21-5/8"B. 4-11/16"C. 1-3/4"D. 21-7/8"E. 23-7/8"F. 15-7/8"G. 14-19/32"H. 1-9/64" door thickness I. 15" auto drawer opening J. 4"EThis drawing represents a typical standard cabinet. If installed in custom cabinets with extended counter tops, take into account visibility and access to controls. See Figure 3.A. 25"B. 1/2"C. 15-7/8"D. 36"E. Control panel shown in open positionF. 24"G. 34-1/2"Figures 4, 5 and 6 contain many Microwave Drawer measurements for reference when planning the drawer’s location.This Microwave Drawer can be installed below any electric or gas wall oven.A. 84" wall cabinetB. Optional wall oven cutout illustrated in sketchC. Suggested electrical outlet location*D. 6"E. Anti-Tip blockF. 3-1/2"G. 5"H. 4"I. 2" minimum J. 28-7/16" opening K. Allow 3/16" overlapL. 14-13/16" to bottom of Anti-Tip block M. Allow 3/4" overlap N. 23-1/2" minimum depth O. 15-9/16" opening P. Allow 7/16" overlapQ. Floor must support 100 lb R. 30" cabinet minimum* Can also be installed using an electrical outlet in an adjacent cabinet within the area where the provided electrical cord can reach. Power cord access hole in cabinet should be a minimum 1 1/2" diameter hole and deburred of all sharp edges.Always allow sufficient power cord length to theelectrical outlet to prevent tension.Always check electrical codes for requirements.Cutout Dimension 28 7/16" x 15 9/16"A. 6"B. Suggested electrical outlet location*C. Anti-Tip blockD. 5"E. 3-1/2"F. 4"G. 28-7/16" openingH. 14-13/16" to bottom of Anti-Tip block I. Allow 3/4" overlapJ. 23-1/2" minimum depth K. Allow 3/16" overlap L. 36" countertop height M. Allow 7/16" overlapN. Floor must support 100 lb O. 30" cabinet minimum P. 15-9/16" openingA. 21-5/8"B. 4-11/16"C. 1-3/4"D. 21-7/8"E. 29-7/8"F. 15-7/8"G. 14-19/32"H. 1-9/64" door thickness I. 15" auto drawer opening J. 4"Cutout Dimension 28 7/16" x 15 9/16"EThis drawing represents a typical standard cabinet. If installed in custom cabinets with extended counter tops, take into account visibility and access to controls. See Figure 7.A. 25"B. 1/2"C. 15-7/8"D. 36"E. Control panel shown in open positionF. 24"G. 34-1/2"This appliance must be grounded. The Microwave Drawer is equipped with a cord having a grounding wire with a grounding plug. It must be plugged into a wall receptacle that is properly installed and grounded in accordance with the National Electrical Code and local codes and ordinances. In the event of an electrical short circuit, grounding reduces risk of electric shock by providing an escape wire for the electric current. – Improper use of the grounding plug can result in a risk of electricshock. Do not use an extension cord. If the power supply cord is too short, have a qualified electrician or serviceman install an outlet near the appliance.Screw1. P lace the drawer adjacent to the wall or cabinet opening. Plug the power supply cord into the electrical outlet.2. C arefully guide the drawer into the prepared opening. Avoid pinching the cord between the oven and the wall.3. S lide the drawer all the way until the mounting flange is flush with the face of the cabinet. See Figure 10A.4. O pen the drawer. Using the 4 holes on the drawer as a template, pre drill the cabinet using a 1/16" bit. See Figure 10A.5. S ecure the drawer with the 4 screws supplied. See Figure 10B.The name plate includes model and serial number. Open the Microwave Drawer fully. The label is beyond the back wall of the microwave cavity facing up from the flat surface.Refer to the Operation Manual for cleaning instructions.Read the BEFORE YOU CALL and operating instruction sections in your Operation Manual. It may save you time and expense. The list includes common occurrences that are not the result of defective workmanship or materials in this range.Refer to the warranty in your Operation Manual for Sharp’s toll-free service number and address. Please call or write if you have inquiriesabout your microwave product and/or need to order parts.Parts suppliedFigure 10BTINSEB539MRR0SHARP ELECTRONICS CORPORATION1 Sharp Plaza, Suite 1 • Mahwah, New Jersey 07495-11231-800-BE-SHARP (237-4277)FEB 10, 201524" Flush Mount DeFlector Vent: sKMD24F0AsINSTALLATION INSTRUCTIONS1. Prepare cabinet opening as shown in Figures 1, 2A, 2B, 2C.Top viewNote: the mounting surface of the finished cleat must sit 1 1/16" (26.97 mm) back from the face of the cabinet [pushing the face of the drawer out 1/4" (6.35 mm)].Figure 2A• Read all of the Installation Manual that is included withthe Microwave Drawer before installing in the flush mount configuration. • Observe all governing codes, ordinances, and safetyinstructions. • Be sure to leave these instructions with the consumer.Parts includes:A. 6" (152.40 mm)B. Suggested electrical outlet locationC. Anti-Tip blockD. 5" (127 mm)E. 3-1/2" (88.90 mm)F. 4" (101.60 mm)G. 24-3/16" (614.35 mm) minimum 24-1/2" (622.3 mm) maximumH. 14-13/16" (376.24 mm) to bottom of Anti-Tip block I. 1-1/16" (26.97 mm)J. 23-1/2" (596.90 mm) minimum depth K. 22" (558.8 mm) L. 1-3/4" (44.45 mm)M. 16-7/8" (428.62 mm) openingN. Floor must support 100 lb (45.4 kg)O. 1-3/4" (44.45 mm)A. 22" (558.8 mm) mounting cleat opening widthB. 1/4" (6.35 mm)C. 1-1/16" (26.97 mm)Shelf detail showing the deflector vent during installation.PFront viewSide viewMove oven location viewing angle.3. Place the drawer adjacent to the wall or cabinet opening. Plug the power supply cord into the electrical outlet.4. Carefully guide the drawer into the prepared opening. Avoid contact with the sides of the cutout opening and also pinching the cord between the oven and the wall.5. Slide the drawer all the way back until the mounting flanges touch the cleats mounted in the cabinet opening.6. Open the drawer. Using the 4 holes on the drawer as a template, pre drill the cabinet using a 1/16” (1.57 mm) bit. See Figure 4.Figure 3AFigure 3B2. Install deflector as shown in Figure 3A.7.Secure the drawer with the 4 screws supplied.Figure 2CA. 22" (558.8 mm) mounting cleat opening widthB. 24-3/16" (614.35 mm) minimum 24-1/2" (622.3 mm) maximum flush opening widthC. 3/4" (19.05 mm) shelf30" Flush Mount DeFlector Vent: sKMD30F0AsINSTALLATION INSTRUCTION1. Prepare cabinet opening as shown in Figures 1, 2A, 2B, 2C.Top view16 back from the face of the cabinet [pushing the face of the drawer out 1/4" (6.35 mm)].Figure 2A• Read all of the Installation Manual that is included withthe Microwave Drawer before installing in the flush mount configuration. • Observe all governing codes, ordinances, and safetyinstructions. • Be sure to leave these instructions with the consumer.Parts includes:A. 6" (152.40 mm)B. Suggested electrical outlet locationC. Anti-Tip blockD. 5" (127 mm)E. 3-1/2" (88.90 mm)F. 4" (101.60 mm)G. 30-5/16" (769.92 mm) minimum 30-5/8" (777.87 mm) maximum H. 14-13/16" (376.24 mm) to bottom of Anti-Tip block I. 1-1/16" (26.97 mm)J. 23-1/2" (596.90 mm) minimum depth K. 28-1/2" (723.9 mm) L. 1-3/4" (44.45 mm)M. 16-7/8" (428.62 mm) openingN. Floor must support 100 lb (45.4 kg)O. 1-3/4" (44.45 mm)A. 28-1/2" (723.9 mm) mounting cleat opening widthB. 1/4" (6.35 mm)C. 1-1/16" (26.97 mm)Shelf detail showing the deflector shield installed.Shelf detail showing the deflector vent during installation.P osition deflector vent and mark holes. Pre drill using a 1/16" (1.57 mm) bit before mounting.Front view1 Sharp Plaza Suite 1, Mahwah, New Jersey 07495-1123, USA • 1-800-BE-SHARP (237-4277)335 Britannia Road East, Mississauga, Ontario, L4Z 1W9, Canada3. Place the drawer adjacent to the wall or cabinet opening. Plug the power supply cord into the electrical outlet.4. Carefully guide the drawer into the prepared opening. Avoid contact with the sides of the cutout opening and also pinching the cord between the oven and the wall.5. Slide the drawer all the way back until the mounting flanges touch the cleats mounted in the cabinet opening.6. Open the drawer. Using the 4 holes on the drawer as a template, pre drill the cabinet using a 1/16” (1.57 mm) bit. See Figure 4.Figure 3AFigure 3B2. Install deflector as shown in Figure 3A.7.Secure the drawer with the 4 screws supplied.Figure 2CSide viewMove oven location viewing angle.A. 28-1/2" (723.9 mm) mounting cleat opening widthB. 30-5/16" (769.92 mm) minimum 30-5/8" (777.87 mm) maximum flush opening widthC. 3/4" (19.05 mm) shelf。
