Product Datasheet Search Results:

ZMM75.pdf8 Pages, 447 KB, Original
ZMM75
Chenyi Electronics
0.5W SILICON PLANAR ZENER DIODES
ZMM75.pdf3 Pages, 53 KB, Original
ZMM75
Diodes Incorporated
ZENER DIODE,SINGLE, TWO TERMINAL,75V V(Z),5%,SOD-80
ZMM75-13.pdf3 Pages, 53 KB, Original
ZMM75-13
Diodes Incorporated
75 V, 0.5 W, SILICON, UNIDIRECTIONAL VOLTAGE REGULATOR DIODE
ZMM75.pdf3 Pages, 138 KB, Original
ZMM75
Diotec Semiconductor
74.5 V, 0.5 W, SILICON, UNIDIRECTIONAL VOLTAGE REGULATOR DIODE
ZMM75.pdf1 Pages, 12 KB, Original
ZMM75
Diotec Semiconductor Ag
Diode Zener Single 74.5V 6% 500mW Automotive 2-Pin Mini-MELF T/R
ZMM75.pdf2 Pages, 108 KB, Original
ZMM75.pdf8 Pages, 627 KB, Original
ZMM75
Good-ark Electronics
Silicon Planar Zener Diode
ZMM750.pdf2 Pages, 60 KB, Scan
ZMM750
Micronas Semiconductor
4.7V, 400mWt General purpose voltage reference/regulator diode
ZMM750A.pdf2 Pages, 60 KB, Scan
ZMM750A
Micronas Semiconductor
4.7V, 400mWt General purpose voltage reference/regulator diode
ZMM751.pdf2 Pages, 60 KB, Scan
ZMM751
Micronas Semiconductor
5.1V, 400mWt General purpose voltage reference/regulator diode
ZMM751A.pdf2 Pages, 60 KB, Scan
ZMM751A
Micronas Semiconductor
5.1V, 400mWt General purpose voltage reference/regulator diode
ZMM752.pdf2 Pages, 60 KB, Scan
ZMM752
Micronas Semiconductor
5.6V, 400mWt General purpose voltage reference/regulator diode

Product Details Search Results:

Diodes.com/ZMM75
{"Status":"ACTIVE-UNCONFIRMED","Diode Type":"VOLTAGE REGULATOR DIODE"}...
733 Bytes - 02:36:53, 17 November 2024
Diodes.com/ZMM75-13
{"Status":"ACTIVE-UNCONFIRMED","Polarity":"UNIDIRECTIONAL","Package Body Material":"GLASS","Mfr Package Description":"GLASS, MINIMELF-2","Working Voltage-Nom":"75 V","Terminal Form":"WRAP AROUND","Package Style":"LONG FORM","Diode Element Material":"SILICON","Power Dissipation Limit-Max":"0.5000 W","Working Test Current":"2.5 mA","Reference Voltage Tol-Max":"6.04 %","Number of Elements":"1","Case Connection":"ISOLATED","Terminal Position":"END","Diode Type":"VOLTAGE REGULATOR DIODE","Package Shape":"ROUND",...
1296 Bytes - 02:36:53, 17 November 2024
Diotec.com/ZMM75
{"Status":"ACTIVE","Polarity":"UNIDIRECTIONAL","Terminal Finish":"NOT SPECIFIED","Package Body Material":"GLASS","Mfr Package Description":"ROHS COMPLIANT, GLASS PACKAGE-2","Working Voltage-Nom":"74.5 V","Terminal Form":"WRAP AROUND","Package Style":"LONG FORM","Diode Element Material":"SILICON","Power Dissipation Limit-Max":"0.5000 W","Working Test Current":"5 mA","Reference Voltage Tol-Max":"5 %","Number of Elements":"1","Case Connection":"ISOLATED","Terminal Position":"END","Diode Type":"VOLTAGE REGULATO...
1311 Bytes - 02:36:53, 17 November 2024
Diotec_semiconductor_ag/ZMM75
{"Test Current (It)":"5(mA)","Zener Voltage":"74.5","Operating Temperature Classification":"Automotive","Mounting":"Surface Mount","Operating Temp Range":"-50C to 175C","Voltage Tolerance":"6%","Knee Impedance":"250","Packaging":"Tape and Reel","Power Dissipation":"0.5(W)","Rad Hardened":"No","Package Type":"Mini MELF","Maximum Regulator Current":"6(mA)","Rev Curr":"0.0001(mA)","Configuration":"Single","Typical Voltage Temperature Coefficient":"0.08%/\u00b0C","Pin Count":"2"}...
1415 Bytes - 02:36:53, 17 November 2024
Semikron.com/ZMM75
{"Polarity":"UNIDIRECTIONAL","Terminal Finish":"TIN/SILVER","Reference Voltage Tol-Max":"5 %","Terminal Form":"WRAP AROUND","Package Shape":"ROUND","Status":"ACTIVE","Lead Free":"Yes","Package Body Material":"PLASTIC/EPOXY","Working Test Current":"5 mA","EU RoHS Compliant":"Yes","Configuration":"SINGLE","Power Dissipation Limit-Max":"0.5000 W","Working Voltage-Nom":"75 V","Surface Mount":"Yes","Mfr Package Description":"PLASTIC, MINIMELF-2","Number of Terminals":"2","Terminal Position":"END","Diode Type":"V...
1322 Bytes - 02:36:53, 17 November 2024
Various/ZMM750
{"Z(z) Max. (Ohms) Dyn. Imped.":"19","V(Z) Nom.(V) Reference Voltage":"4.7","Package":"DO-213AA","Temp.Coef. (pp/10,000) Max.":"1.8","Tolerance (%)":"10","P(D) Max.(W) Power Dissipation":"400m","@I(Z) (A) (Test Condition)":"20m","Military":"N"}...
711 Bytes - 02:36:53, 17 November 2024
Various/ZMM750A
{"Z(z) Max. (Ohms) Dyn. Imped.":"19","V(Z) Nom.(V) Reference Voltage":"4.7","Package":"DO-213AA","Temp.Coef. (pp/10,000) Max.":"1.8","Tolerance (%)":"5.0","P(D) Max.(W) Power Dissipation":"400m","@I(Z) (A) (Test Condition)":"20m","Military":"N"}...
717 Bytes - 02:36:53, 17 November 2024
Various/ZMM751
{"Z(z) Max. (Ohms) Dyn. Imped.":"17","V(Z) Nom.(V) Reference Voltage":"5.1","Package":"DO-213AA","Temp.Coef. (pp/10,000) Max.":"0.8","Tolerance (%)":"10","P(D) Max.(W) Power Dissipation":"400m","@I(Z) (A) (Test Condition)":"20m","Military":"N"}...
711 Bytes - 02:36:53, 17 November 2024
Various/ZMM751A
{"Z(z) Max. (Ohms) Dyn. Imped.":"17","V(Z) Nom.(V) Reference Voltage":"5.1","Package":"DO-213AA","Temp.Coef. (pp/10,000) Max.":"0.8","Tolerance (%)":"5.0","P(D) Max.(W) Power Dissipation":"400m","@I(Z) (A) (Test Condition)":"20m","Military":"N"}...
717 Bytes - 02:36:53, 17 November 2024
Various/ZMM752
{"Z(z) Max. (Ohms) Dyn. Imped.":"11","V(Z) Nom.(V) Reference Voltage":"5.6","Package":"DO-213AA","Temp.Coef. (pp/10,000) Max.":"0.6","Tolerance (%)":"10","P(D) Max.(W) Power Dissipation":"400m","@I(Z) (A) (Test Condition)":"20m","Military":"N"}...
710 Bytes - 02:36:53, 17 November 2024
Various/ZMM752A
{"Z(z) Max. (Ohms) Dyn. Imped.":"11","V(Z) Nom.(V) Reference Voltage":"5.6","Package":"DO-213AA","Temp.Coef. (pp/10,000) Max.":"0.6","Tolerance (%)":"5.0","P(D) Max.(W) Power Dissipation":"400m","@I(Z) (A) (Test Condition)":"20m","Military":"N"}...
717 Bytes - 02:36:53, 17 November 2024
Various/ZMM753
{"Z(z) Max. (Ohms) Dyn. Imped.":"7.0","V(Z) Nom.(V) Reference Voltage":"6.2","Package":"DO-213AA","Temp.Coef. (pp/10,000) Max.":"2.2","Tolerance (%)":"10","P(D) Max.(W) Power Dissipation":"400m","@I(Z) (A) (Test Condition)":"20m","Military":"N"}...
712 Bytes - 02:36:53, 17 November 2024

Documentation and Support

Use our online request for specific proposed solutions or send your technical question directly to a product specialist at request:

File NameFile Size (MB)DocumentMOQSupport
CGAN_7ZMM7A_R0_EN.pdf0.111Request