LT6700HVCS6-1#TRPBF in Battery Management Systems

Overview

The LT6700HVCS6-1#TRPBF is a high-voltage, ultra-low-power precision dual comparator with an integrated reference voltage, manufactured by Analog Devices (ADI, formerly Linear Technology) .
It integrates two independent comparators and a precision 400mV reference source in an ultra-small SOT-23-6 package, supporting a wide input voltage range up to 36V . It is suitable for applications such as power monitoring, system reset, battery management, and ultra-low-power detection circuits.

LT6700HVCS6-1 is “Polarity Version 1” , indicating that the comparator’s input and output polarity characteristics are a combination of inverting input/open-drain output (distinguishing it from LT6700-2, LT6700-3, etc.).

Its extremely low power consumption, extremely high precision, and high voltage compatibility are the main reasons why it is favored in the fields of industrial, battery, and power monitoring.

Core parameters

Parameter Items

Specification

Number of comparators

2 (dual-channel)

Reference voltage

Precision 400mV

Power supply voltage range

2.4V ~ 36V

Input common mode range

Testing can be performed from ground to VCC.

Input offset voltage

0.5mV (typical)

Static current (Iq)

6µA (ultra-low power consumption)

Propagation delay

6µs (excellent in low-power mode)

Output type

Open-drain output

Output current sourcing capability

40mA (maximum)

Packaging

SOT-23-6 (CS6)

Temperature range

-40°C ~ +125°C (Industrial Grade)

Environmental protection requirements

RoHS / Lead-Free (#TRPBF)

 

Features

  • Integrated precision 400mV reference source

    • It facilitates the construction of high-precision overvoltage and undervoltage window detection circuits.

    • No external precision reference is required, reducing BOM costs.

  • Dual comparator structure

    • Suitable for multi-channel voltage monitoring

    • It can simultaneously perform OV/UV (overvoltage/undervoltage) detection.

  • Extremely wide operating voltage range (2.4V–36V)

    • Compatible with battery systems (1S–8S Li-ion)

    • Compatible with industrial 24V power rails

  • Ultra-low power consumption (Iq only 6µA)

    • Ideal for battery-powered devices

    • Standby power consumption is close to zero

  • Open-drain output

    • Easy to interface with different voltage domains

    • Supports wired logic and multiple pull-up/pull-down connections.

  • High precision and low drift

    • Extremely low input offset voltage (0.5mV)

    • Maintaining stable accuracy when constructing threshold voltage dividers

  • Small SOT-23 package

    • Suitable for compact, portable, and embedded systems

Typical application scenarios

  • Power monitoring and reset control

    • Undervoltage lockout (UVLO)

    • Overvoltage protection (OVP)

    • Multi-rail monitoring circuit

  • Battery Management System (BMS)

    • Individual voltage monitoring

    • Battery undervoltage/over-discharge protection

    • Low battery indicator on handheld device

  • Portable and low-power devices

    • Timed/threshold detection

    • Battery-powered sensor system

  • Industrial Control Systems

    • 24V system monitoring

    • Industrial power supply failure detection

  • Embedded system security monitoring

    • Motor driver protection

    • Analog front-end circuit protection

    • Voltage window comparison

Reference Application: Building a 3.3V Undervoltage Protection Circuit

The 400mV reference of the LT6700HVCS6-1 can be combined with a voltage divider network:

Vth = 0.4 V × (R1 + R2) / R2

For example, when detecting a 3.1V undervoltage:

  • R1 = 15k

  • R2 = 2k

The output directly pulls the MCU RESET pin low to achieve undervoltage reset.

Performance comparison (with similar devices)

Characteristic

LT6700HV

LM393

TLV6700 (TI)

Input range

2.4–36V

2–36V

1.8–18V

Integrated benchmark

✔ 400mV

✔ 1.2V

Static current

6µA

400µA

7µA

Packaging

SOT-23

SOIC-8

SOT-23

accuracy

high

middle

high

The biggest advantage of the LT6700HV is that it combines high voltage, high precision, and ultra-low power consumption.

Manufacturer Profile: Analog Devices (ADI)

Analog Devices (ADI) is a leading global manufacturer of high-precision analog ICs, with its LT series (formerly Linear Technology) being particularly adept at:

  • Power Management

  • Comparator and Reference Source

  • Industrial-grade high-reliability chips

The LT6700HV inherits the high precision and excellent low power consumption performance of the LT series, making it a classic product for industrial and battery applications.

Why choose LT6700HVCS6-1#TRPBF?

● Ultra-low power consumption (6µA)

● Wide input voltage (36V)

● Integrated high-precision reference (no external reference required)

● Dual comparator design (supports 0V+UV)

● High-current open-drain output (40mA) compatible with different logic domains

● High precision, low offset, low drift

● Strong anti-interference capability

● Suitable for industrial/battery systems/vehicle equipment

● Small package, low BOM cost

Frequently Asked Questions (FAQ)

Q1: Can it be used for 12V/24V industrial power supply monitoring?
Absolutely. It can withstand input voltages up to 36V , making it ideal for industrial power supply environments with large voltage fluctuations of 12V, 24V, and even higher, and can stably perform voltage detection and protection functions.

Q2: Can precise undervoltage lockout (UVLO) be achieved?
Yes. This device can set a precise UVLO (undervoltage lockout) threshold through an external voltage divider network , thereby achieving effective monitoring and protection of industrial power supplies and ensuring that equipment operates within a safe voltage range.

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