〇Product structure : Silicon integrated circuit 〇This product has no designed protection against radioactive rays.

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General Description

BV2HD070EFU-C is a 2-ch high-side switch for

automotive application. It has built-in over current

protection function, thermal shutdown protection function,

open load detection function and under voltage lockout

function. It is equipped with diagnostic output function for

abnormality detection. An external component can

arbitrarily set the over current limit and the time to limit to

achieve the optimum over current protection for the load.

 Built-in Variable Over Current Limit Function

 Built-in Variable Over Current Mask Time Setting

Function.

 Built-in Open Load Detection Function.

 Built-in Under Voltage Lockout Function (UVLO)

 Built-in Diagnostic Output

 Low On-Resistance R

 Monolithic Power Management IC with Control Unit

(CMOS) and Power MOSFET on a Single Chip

Applications

 Resistive Load, Inductive Load, Capacitive Load

Key Specifications

 Power Supply Voltage Operating Range: 6 V to 28 V

 On Resistance (Tj=25°C): 70 mΩ (Typ)

 Over Current Limit: 10 A (Min)

 Standby Current (Tj=25°C): 0.5 μA (Max)

 Active Clamp Tolerance (Tj

= 25 °C): 120 mJ

Package W (Typ) x D (Typ) x H (Max)

HSSOP-C16 4.90 mm x 6.00 mm x 1.70 mm

Typical Application Circuit

“Dual TSD

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Key Specifications ................................................................................................................................................................... 1

Package ................................................................................................................................................................................. 1

Typical Application Circuit ........................................................................................................................................................ 1

Table of Contents .................................................................................................................................................................... 2

Pin Configuration .................................................................................................................................................................... 3

Pin Description........................................................................................................................................................................ 3

Block Diagram ........................................................................................................................................................................ 3

Definition ................................................................................................................................................................................ 4

Absolute Maximum Ratings ..................................................................................................................................................... 5

Thermal Resistance ................................................................................................................................................................ 6