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A MOSFET gate driver switch IPD for automotive high current applications : TPD7106F

2020-05-25 | Return

Toshiba Electronic Devices & Storage Corporation has launched “TPD7106F”: a gate driver switch IPD[1] that controls conduction and shut-off of current that is supplied for automotive Electronic Control Units (ECUs) such as junction boxes and body control modules.

The new product can form a high-side switch supporting high current application in combination with Toshiba’s automotive low On-resistance N-channel MOSFET[2]. Unlike mechanical relays, the switch does not have contact wear, so it makes devices maintenance-free.

In order to protect MOSFETs in the event of short-circuit, there is an input/output terminal to turn off MOSFETs rapidly, and it can be controlled independently from micro-controllers. It turns MOSFETs off against unusual operation.

Furthermore, it has 150 °C of high operating temperature rating, and enables operating under high temperature environment. The leakage current is suppressed in case of reversed battery connection, and it supports source common connection of MOSFETs. It features low stand-by current, maximum 5 μA.

And it uses small SSOP16[3] package and this contributes to downsizing and low-power-consumption of automotive ECUs.

Notes :
[1] IPD (Intelligent Power Device)
[2] Example of use devices : TKR74F04PBx4 (40 V/250 A)
[3] SSOP16 : 5.0×6.4 mm (typ.)

Features
AEC-Q100 qualified
Can be used in combination with a low On-resistance N-channel MOSFET[2] depending on the load current
Built in the input/output terminal for MOSFET rapid turn-off against unusual operation

Applications
Automotive equipment:
ECUs (Body control modules and junction boxes, etc.)
Power distribution modules
Semiconductor relays

Product Specifications
(Unless otherwise specified, @Ta=25 °C)

Part number			TPD7106F
Package			SSOP16
Absolute maximum ratings	Supply voltage V_DD(1) (V)		-18 to 27
	Supply voltage V_DD(2) (V)	@t≤500 ms	40
	Input voltage V_STBY (V)		-0.3 to 40.0
	Input voltage V_IN(1), V_IN(2) (V)		-0.3 to 6.0
	CPV voltage V_CPV (V)		40
	TEST pin voltage V_TEST (V)		40
	Output source current I_OUT1(1) (mA)		-10
	Output sink current I_OUT1(2) (mA)		10
	Output sink current I_OUT2 (mA)		400
	DIAG Output voltage V_DIAG (V)		-0.3 to 40.0
	DIAG Output current I_DIAG (mA)		5
	Power dissipation P_D (W)		1.16
	Operating temperature T_opr (°C)		-40 to 150
Operating ranges	Operating supply voltage V_DD (V)	@T_j= -40 to 150 °C	4.5 to 27.0
Electrical characteristics	Rapid off drive operation time t_O2ON typ. (μs)	@T_j=25 °C	100
	Supply current I_DD(1) max (μA)	@standby, T_j=25 °C	5.0

Block Diagram

Note : Some of the functional blocks, circuits, or constants in the block diagram may be omitted or simplified for explanatory purposes.

Example of Application Circuit

Note : The application circuits shown in this document are provided for reference purposes only. Thorough evaluation is required, especially at the mass production design stage. Providing these application circuit examples does not grant any license for industrial property rights.

Information in this document, including product prices and specifications, content of services and contact information, is correct on the date of the announcement but is subject to change without prior notice.

Source：http://www.semicon.toshiba.co.jp/eng/