Dual digital transistor power management component ROHM IMD16AT108 designed for SMT package and loss

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

Product Overview

The ROHM IMD16A is a power management component featuring dual digital transistors in a SMT package. It is designed to drive up to 500mA and offers low VCE(sat) for reduced power dissipation. This component is suitable for various power management applications.

Product Attributes

Brand: ROHM
Package Type: SMT6
Marking Code: D16
Basic Ordering Unit: 3000 pieces

Technical Specifications

IMD16A
Parameter	Symbol	Value
Features
Two digital class transistors in a SMT package	-	-
Up to 500mA can be driven	IC	500mA (Max)
Low VCE(sat) of drive transistors for low power dissipation	VCE(sat)	Low
Dimensions (Unit : mm)
Package Dimensions	-	SMT6 (EIAJ: SC-74)
Absolute Maximum Ratings (Ta=25C)
Supply voltage	VCC	-50 V
Output current	IC	-12 mA
Input voltage	VIN	-500 mA
Collector-base voltage (DTr2)	VCBO	50 V
Collector-emitter voltage (DTr2)	VCEO	50 V
Emitter-base voltage (DTr2)	VEBO	5 V
Collector current (DTr2)	IC	100 mA
Total Collector power dissipation	Pd	300mW (TOTAL)
Junction temperature	Tj	150 C
Storage temperature	Tstg	-55 to +150 C
Electrical Characteristics (Ta=25C)
DTr1 (PNP)
Input voltage (VI(off))	VI(off)	-0.3 V (Max)
Input voltage (VI(on))	VI(on)	-2 V (Min)
Output voltage (VO(on))	VO(on)	-0.3 V (Max)
Input current (II)	II	-3 A (Max)
Output current (IO(off))	IO(off)	-0.5 A (Max)
DC current gain (GI)	GI	82 (Min)
Transition frequency (fT)	fT	250 MHz (Typ)
Input resistance (R1)	R1	2.2 k (Typ)
Resistance ratio (R2 / R1)	R2 / R1	1.54 (Min)
DTr2 (NPN)
Collector-base breakdown voltage	BVCBO	50 V (Min)
Collector-emitter breakdown voltage	BVCEO	50 V (Min)
Emitter-base breakdown voltage	BVEBO	5 V (Min)
Collector cutoff current	ICBO	0.5 A (Max)
Emitter cutoff current	IEBO	0.5 A (Max)
Collector-emitter saturation voltage	VCE(sat)	0.3 V (Max)
DC current transfer ratio	hFE	100 (Min)
Transition frequency	fT	250 MHz (Typ)
Input resistance	R1	70 (Min)