| Image | Part # | Description |
|---|---|---|
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Mfr.#: MAX14699EWC+T OMO.#: OMO-MAX14699EWC-T |
Supervisory Circuits Fast Response, High Accuracy Overvoltage Protector with Surge Protection 13.25V |
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Mfr.#: TPS389033GQDSERQ1 OMO.#: OMO-TPS389033GQDSERQ1 |
Supervisory Circuits SVS |
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Mfr.#: TPS389050LQDSERQ1 OMO.#: OMO-TPS389050LQDSERQ1 |
Supervisory Circuits SVS- WITH 4.6V FIXED THRESHOLD |
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Mfr.#: TPS389050GQDSERQ1 OMO.#: OMO-TPS389050GQDSERQ1 |
Supervisory Circuits SVS WITH FIXED 4.65 THRESHOLD VOLTAGE |
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Mfr.#: TPS3710QDSERQ1 OMO.#: OMO-TPS3710QDSERQ1 |
Supervisory Circuits Automotive Wide-VIN 18V Voltage Detector |
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Mfr.#: TPS389033KQDSERQ1 OMO.#: OMO-TPS389033KQDSERQ1 |
Supervisory Circuits SVS |
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Mfr.#: MAX6495ATT/V+ OMO.#: OMO-MAX6495ATT-V- |
Supervisory Circuits 72V, Overvoltage-Pr |
|
Mfr.#: MAX17561AUD+ OMO.#: OMO-MAX17561AUD- |
Supervisory Circuits Adjustable Protector |
|
Mfr.#: MAX16020PTET+ OMO.#: OMO-MAX16020PTET- |
Supervisory Circuits LoPwr Microprocessor Supervisory Circuit |
|
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Mfr.#: MAX17562AUD+ OMO.#: OMO-MAX17562AUD- |
Supervisory Circuits Adjustable Protector |
US
OMO is very professional and responsible to me. With standard packaging and fast delivery, it is my first choice to buy components now.
US
Ah, I remember this website! Bought here a long time ago, quite satisfied, good quality and fast delivery, now there is a new demand, I do not hesitate to choose OMO.
US
I am satisfied with the products from OMO, you know your stuff ，well down.
US
OMO meets all my requirements, highly recommended
PF
We are electronic components trading company and we supply components to local manufacturer. We can get good price parts from this company. Sometimes customer need some obsolete parts and can't find anywhere. omo is so professional on souring that they get get the parts from their OEM factory's excess stock. We benefit a lot and recommend.
US
Excellent quality, recommended to you.
HU
Great quality item, excellent Seller. I tested at 20V input voltage, output voltage was set to 5V. Stand by current is below 1mA. Loaded with 200mA, the input current is 61mA, efficiency is around 83%, which is very good. Decreasing the input voltage to 12V the efficiency is around 90% (5V@200mA load). Highly recommended!
RU
Did not check
FR
Description conforme
RU
It's okay.