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PAL20L8-102PC Datasheet

Parameter		Symbol	Conditions	Min	Typ	Max	Unit
Collector-emitter voltage	2SB0952	VCEO	Ic = -10 rriA, IB = 0	-20			V
(Base open)	2SB0952A	VCEO	Ic = -10 rriA, IB = 0	-40			V
Collector-base cutoff	2SB0952	ICBO	VCB = -40 V, IE = 0			-50	yA
current (Emitter open)	2SB0952A	ICBO	VCB = -50 V, IE = 0			-50	yA
Emitter-base cutoff current (Collector open)		IEBO	VEB = -5 V,IC = 0			-50	yA
Forward current transfer ratio		hFEl	VCE = -2 V, IC = - 0.1 A	45
Forward current transfer ratio		hFE2 8	VCE = -2 V,IC = -2 A	60		260
Collector-emitter saturation voltage		VCE(,zu)	Ic = -5 A, IB = - 0.16 A			- 0.6	V
Base-emitter saturation voltage		VBE(,zU)	Ic = -5 A, IB = - 0.16 A			-1.5	V
Transition frequency		fr	VCE = -10 V, IC = - 0.5 A, f'= 10 MHz		150		MHz
Collector output capacitance (Common base, input open circuited)		Cob	VCB = -10 V,IE = 0, f'= 1 MHz		140		MHz
rurn-on tme		ton	IC = -2 A		O1		11s
Storage time		ts	IBl = -66 mA,IB2 = 66 mA		0 5		11s
Fall time		tr	VcC = -20 V		O1		11s

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GENERAL DESCRIPTION The RPT-82/83 are integrated circuits that perform the active functions required for reganerative PCM repeaters. They can operate from less than 100kHz to greater than 3MHz. In PCM systems, information is transmitted by the presence or absence of bipolar pulses in specified time slots. The RPT-82/83 repeat- ers automatically adjust gain to optimize signal levels, deter- mine if a pulse is present or not, and retransmit the recon- structed pulses.
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Turn-On Time: Turning Qi in Figure l off removes the low- voltage signal at pin 3 and enables both outputs from the PT692 0/693 0 regulator. Following a delay of about 10-2 0ms, Voi and V02 rise together until the lower voltage, Voz, reaches its set output. Voi then continues to rise until both outputs reach full regulation voltage. The total power-up time is less than 2 5ms, and is relativelyindependant ofload, temperature, and output capacitance. Figure 2 shows wave- forms of the output voltages Voi and Voz, for a PT693 1 (3.3V/2.510. The turn-off of Qi corresponds to the rise in Vstby. The waveforms were measured with a S Vdc input voltage, and with resistive loads of SA and 2A at the Voi and Voz outputs respectively.

	Cond	tions
ltem	Vcc = 2.7 t0 3.6V	Vcc = 3.3V + 0.3V
Input pulse high level	VIH=2.4V	VIH=2.2V
Input pulse low level	VIL=0.4V	VIL=0.6V
Input rise time	tr=5ns	tr= 5ns
Input fall time	tf= 5ns	tf= 5ns
Input and output reference level	1.4V	1.4V
Output load conditions	CL*1 = 100pF, 1TTL	CL*1 = 100pF, 1TTL

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