LM75A

Name: LM75A Temp Sensor IC | Hashboard Part | D-Central
Brand: D-Central Technologies
SKU: DC-CHIP-LM75A
Price: 2.00 CAD
Availability: InStock

2.00 $

Temperature sensing for ASIC miner hash boards?

The LM75A is an industry-standard digital temperature sensor with an integrated sigma-delta analog-to-digital converter. It provides 9-bit digital temperature readings with an accuracy of ±2°C from –25°C to 100°C and ±3°C over –55°C to 125°C. The LM75A has three address pins, allowing up to eight LM75A devices to operate on the same 2-wire bus.
Use it in your general system thermal management or specifically for ASIC miner hash board temperature sensing!

Keep your mining equipment running at the perfect temperature at all times! The LM75A will do just that for you, so you can rest assured that your investment is well taken care of!

Order yours today!

Plus que 6 en stock

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Expédié depuis le Canada

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Garantie incluse

Livraison gratuite 500$+

Paiement sécurisé

Experts en réparation en interne

Usually ships within 48 hours

UGS : DC-CHIP-LM75A Catégorie : Puces ASIC Étiquettes : ASIC Repair, Replacement Part

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Description

Lm75a

The Lm75a temperature sensor asic is available from D-Central Technologies, shipping from Canada.

The LM75A is a digital temperature sensor IC used on ASIC miner hashboards and control boards to monitor chip and board temperatures in real time. It communicates over the I2C bus and provides 11-bit temperature readings with 0.125°C resolution. When a hashboard sensor fails, the control board may misread temperatures — causing false thermal shutdowns, fan speed errors, or uncontrolled overheating. Replacing a faulty LM75A restores accurate thermal monitoring.

Found on hashboards from Bitmain Antminer, MicroBT Whatsminer, and other ASIC miners, the LM75A is a common replacement part in ASIC repair. It operates on 2.7V–5.5V with ±2°C accuracy across the typical mining temperature range. Three address pins allow up to eight sensors per I2C bus — which is why you will find multiple LM75A chips on a single hashboard, each monitoring a different thermal zone.