Replacement Instructions for HJC Microelectronic Devices
Release time:
2019-06-26
年来,根据客户要求及技术加工进步情况,我公司开发并生产了若干种可直接替代(即P/P完全兼容)或功能替代(即F/E功能等效)进口产品的军级器件,与原来的产品相比,无论从电参数上还是从长期可靠性考虑,这些军级器件都有了很大改进,从而更适合我国一些武器系统的研发与应用。
现列出部分电路,供参考为盼!
1.DOP-07AMJ
DOP-07AMJ可直接替代两个OP07A、两个F05A、两个F07A、两个HA-5130-2、两个G7FOP-07,可功能替代OP727U、TL082/072、CA3240A、LF412A,其主要创新点在于:
(1)对OP07A进行了抗静电(静电损伤阈值≥4000V)和抗浪涌加固;
(2)失调电压(VOS≤10μV)等主要参数都优于OP07A;
(3)无需外调零;
(4)采用8PIN陶瓷微封装。
2.DOP-37AMJ
DOP-37AMJ可直接替代两个OP37A;两个F5037A或两个HA5137A,可功能替代OPA2277U。主要特点与DOP-07AMJ相同。采用8PIN陶瓷微封装。
3.QOP-07AMJ
QOP-07AMJ可直接替代四个OP07A;四个F05A或四个F07A、四个G7FOP-07,可功能替代OP400AY、TL084A、LM148A、MC4741,主要特点与DOP-07AMJ相同,采用MP-14b金属全密封外壳。
4.QOP-37AMJ
QOP-37AMJ可直接替代四个OP37A、四个HA7-5137A-2、四个F5037A,功能替代OPA4277、HA1-5104-9、HA1-5114-9、HA-5134A-2,采用MP-14b金属全密封外壳。主要特点与DOP-07AMJ相同。
5.HJ087
HJ087可直接替代HA-2640-2、HA-2645-5,TO-8金属外壳和D08S2陶瓷封装。可功能替代XFC78D,高温特性极佳,能在200℃下可靠工作。
6.HJ088
HJ088可直接替代HA-2640-2、HA-2645-5,可功能替代XFC78D,其主要特点在于:
(1)对HJ087进行了抗静电和抗浪涌加固;
(2)失调电压极小;
(3)高温特性极佳,能在200℃下可靠工作;
(4)F08-04陶瓷微封装。
7.HJ823
HJ823可直接替代BI823、TD823。特点在于它突出了高温下的长期可靠性。
8.HJ0041/HJ0041C
HJ0041/HJ0041C可直接替代LH0041/LH0041C。频带更宽,输出无寄生振荡。
9.HJ118
HJ118可直接替代INA118UA,功能替代AD620AR。采用8PIN陶瓷微封装,其气密性和耐温度冲击能力远优于INA118UA和AD620 AR,更适合一些高端军用电子设备。
10.HJ128
HJ128可直接替代INA128UA,功能替代AD620 AR。采用8PIN陶瓷微封装,其气密性和耐温冲击能力远优于INA128UA和AD620AR,更适合一些高端军用电子设备。
11.HJ153
HJ153可直接替代俄罗斯器件153Yπ和国产LF153。
12.HJ002
HJ002可功能替代AD630SD、LZX1C、LZX3C、AD633SD、ZF6005、ZF6007,
其主要特点在于
(1)体积小、线性度高
(2)零位误差及温漂小;
(3)频响宽、功耗低;
(4)可靠性高;
(5)采用8PIN陶瓷微封装。
13.HJ311/HJ313
HJ311/HJ313可功能替代LB8301和LB8303、LB8027、LB8025、
ZF6012,具有体积小、功耗低、零位误差小、可靠性高、频响宽等特点。
14.HJ1596
HJ1596可直接替代MC1596、F1596。
15.HJ630
HJ630可直接替代AD630SD。
16.HJ269
HJ269可直接替代LB8169。
17.HJ2003DW/HJ2004DW
HJ2003/HJ2004DW可功能替代SG2003J、SG2004J,采用16PIN陶瓷微封装。
18.HJ251A
HJ251A可直接替代俄罗斯器件1HT251A和国产器件LT251A。
19.HJ622A
HJ622A can directly replace the Russian component ZTC622A and the domestic component LT622A.
HJ4N25 can directly replace 4N25, OC302, GOB113, G03A1 series, and is a military grade version of 4N25.
HJ521 can directly replace TLP521-1, PC817, OC333, and is a military grade version of TLP521-1.
HJ 521-2 can directly replace TLP521-2, OC322, 2GH302, and is a military grade version of TLP521-2.
HJ 521-4 can directly replace TLP521-4, OC302-4, and is a military grade version of TLP521-4.
HJ5601 can directly replace HCPL5601, OC5601.
HJ5631 can directly replace HCPL5631, OC5631.
The HJ094 series can directly replace the 42094 series, highlighting long-term reliability at high temperatures and higher voltage regulation accuracy.
The HJ095 series can directly replace the 42095 series, highlighting long-term reliability at high temperatures and higher voltage regulation accuracy.
HJ78XX can directly replace TO-220 packaged MC78XX, L78XX, LM78XX, CW78MXX. It uses a TO-257 metal fully sealed shell with excellent airtightness and reliability, making it the preferred choice for military-grade fixed adjustable voltage regulators.
HJ79XX can directly replace TO-220 packaged MC79XX, L79XX, LM79XX, CW79MXX. It uses a TO-257 metal fully sealed shell with excellent airtightness and reliability, making it the preferred choice for military-grade fixed adjustable voltage regulators.
HJ117 can directly replace TO-200 packaged MC317, L317, LM317, CW117M. It uses a TO-257 metal fully sealed shell with excellent airtightness and reliability and is more suitable for military-grade adjustable voltage regulator applications.
HJ137 can directly replace TO-200 packaged MC337, L337, LM337, CW137M. It uses a TO-257 metal fully sealed shell with excellent airtightness and reliability and is more suitable for military-grade adjustable voltage regulator applications.
HJ35063J can directly replace MC35063J and MC33063U. The output current has increased with lower thermal resistance making it more suitable for larger power DC/DC converters. It uses C-08 ceramic packaging (with heat sink).
HJ10 can directly replace MF10CCJ.
HJ80AXX replaces LW80AXX; it functionally replaces one LM79XX and one LM78XX.
HJ80MXX replaces LW80MXX with higher absolute accuracy and relative accuracy; it functionally replaces one LM79MXX and one LM78MXX.
HJ321 functionally replaces ZF6008、ZF6009、ZF6012、LB8027. It features wide frequency response,low power consumption,small zero error,low temperature drift,good linearity,small size,and high reliability using F14-02 ceramic micro-packaging shell.
DOPA111BMJ can directly replace two OPA111BM; it functionally replaces OP727U、TL082/072、CA3240A、LF412A. Main features: low offset voltage without zero adjustment; excellent anti-static capability. Uses an eight-pin ceramic micro-packaging.
HJ79XX可直接替代TO-220封装的MC79XX、L79XX、LM79XX、CW79MXX,采用TO-257金属全密封外壳,气密性和可靠性极佳,是军级固定调整式稳压器的首选。
30.HJ117
HJ117可直接替代TO-200封装的MC317、L317、LM317、
CW117M,采用TO-257金属全密封外壳,气密性和可靠性极佳,更适合军级可调节稳压器的使用。
31.HJ137
HJ137可直接替代TO-200封装的MC337、L337、LM337、
CW137M,采用TO-257金属全密封外壳,气密性和可靠性极佳,更适合军级可调节稳压器的使用。
32.HJ35063J
HJ35063J可直接替代MC35063J、MC33063U,输出电流提高,热阻更小,更适合做较大功率的DC/DC变换器使用。采用C-08陶瓷封装(带热沉块)。
33.HJ10
HJ10可直接替代MF10CCJ。
34.HJ80AXX
HJ80AXX直接替代LW80AXX;可功能替代一个LM79XX和一个LM78XX。
35.HJ80MXX
HJ80MXX直接替代LW80MXX,绝对精度和相对精度更高;可功能替代一个LM79MXX和一个LM78MXX。
36.HJ321
HJ321功能替代ZF6008、ZF6009、ZF6012、LB8027,具有频响宽、功耗低、零位误差及温漂小、线性度好、体积小、可靠性高等特点,采用F14-02陶瓷微封装外壳。
37.HJ322
功能替代两个LB8024A。
38.HJ824
HJ824可功能替代BI823、TD823,采用BB483-08金属全密封外壳,输出电流和耗散功率增大,气密性符合国军标“七专”级标准,更适合高温下的长期可靠工作。
39.DOPA111BMJ
DOPA111BMJ可直接替代两个OPA111BM;可功能替代OP727U、TL082/072、CA3240A、LF412A。主要特点:失调电压小、无需调零、抗静电能力优异。采用8PIN陶瓷微封装。
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