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ST93C57B3TR Datasheet

wheeling diodes, and reverse battery protection. ' 150 0C Tj operation ' High Surge Capability ' Centertap module ' High purity, high temperature epoxy encapsulation for enhanced mechanicalstrength and moisture resistance ' Lowforward voltagedrop ' Highfrequencyoperation ' Guard ring for enhanced ruggedness and long term relia bility ' Low profIle, high current package
ST93C57B3TR Price

PARAMETER	SYMBOL	MIN	TYP	MAX	UNIT	CONDITIONS.
STATIC
Drain-Source Breakdown Voltage	V(BR)DSS	20			V	ID=250yA, VGS=OV
Zero Gate Voltage Drain Current	IDSS			1	yA	VDS=20V, VGS=OV
Gate-Body Leakage	IGSS			100	nA	VGS=+12V, VDS=OV
Gate-Source Threshold Voltage	VGS(th,	0.7			V	ID=250yA' VDS= VGS
Static Drain-Source On-State Resistance {1)	ROS{on)			0.055 0.100	Q Q	VGS=4.5V, ID=7.2A VGS=2.5V, ID=3.6A
Forward Transconductance (1)(3)	9fs		12		S	VDS=10V,ID=7.2A
DYNAMIC (3)
Input Capacitance	C+		823		pF
Output Capacitance	cOss		159		pF	VDS=15 V, VGS=OV, f=lMHz
Reverse Transfer Capacitance	C		93		pF	VDS=15 V, VGS=OV, f=lMHz
SWITCHING(2) (3)
Turn-On Delay Time	td{on>		4.3		ns
Rise Time	tr		8.0		ns	VDD =10V, ID=3.5A
Turn-Off Delay Time	td{off)		17.7		ns	RG=6.OQ, VGS=5V
Fall Time	tf		10.0		ns	RG=6.OQ, VGS=5V
Total Gate Charge	Qg		8.6		nC
Gate-Source Charge	Qg s		1.9		nC	VDS=10V'VGS=4.5V, 10=3.5A
Gate-Drain Charge	Qgd		2.5		nC	VDS=10V'VGS=4.5V, 10=3.5A
SOURCE-DRAIN DIODE
Diode Forward Voltage (1)	VSD		0.85	0.95	V	Tj=250C, ls=4.2A, VGS=OV
Reverse Recovery Time (3J	t r r		14.2		ns	Tj=250C, IF=3.5A,
Reverse Recovery Charge (3)	Q		7.2		nC	di/dt= lOOA/pts

ST93C57B3TR on stock

The mixer uses a high-side LO frequency, with the IF covering a range of 70 to 140MHz. Most RF ports are internally matched t0 50 Q, greatly simplifying the design and keeping the number of external components to a minimum. The TQ5121 achieves good RF performance with low current consumption, supporting long standby times in portable applications. Coupled with the very small QSOP-16 package, the part is ideally suited for Cellular band mobile phones.

Look across the top of the table below to find the temperature that most closely matches the circuit's maximum ambient operating temper- ature. Look down that column to find the value equal to or greater than the circuit's normal operating current. Now look to the far left of that row to find the part number for the RGE device that will best accommo- date the circuit.

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