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Q82C861 Datasheet

To remove this shortcoming and to enhance the braking efficiency, the short brake function is added to KA3011BD. When the short brake function is active, all upper power TRs turn off and all lower power TRs turn on, and the Motor slows down. But FG and DIR functions continue to operate normally.
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ltem	Symbol	Measurement conditions	Min.	Typ.	Max.	Unit
	lccV	VHF operation; no signal	38	53	63	mA
Circuit current	lccU	UHF operation; no signal	37	51	62	mA
	CG1	VHF operation; fRF = 55MHz; Input level -40dBm	1 7	20	23	dB
Conversion	CG2	VHF operation; fRF = 360MHz; Input level -40dBm	1 8	21	24	dB
gain1	CG3	UHF operation; fRF = 360MHz; Input level -40dBm	23	26	29	dB
gain1	CG4	UHF operation; fRF = 800MHz; Input level -40dBm	23	26	29	dB
	NF1	VHF operation; fRF = 55MHz		1 3	1 6	dB
	NF2	VHF operation; fRF = 360MHz		12	1 5	dB
Noise figure'i *2	NF3	UHF operation; fRF = 360MHz		9	1 3	dB
Noise figure'i *2	NF4	UHF operation; fRF = 800MHz		g	1 3	dB
	CM1	VHF operation; fD = 55MHz; fUD = +12MHz	99	1 02		dBU
1% cross	CM2	VHF operation; fD = 360MHz; fUD = +12MHz	97	1 00		dBU
modulation i 3	CM3	UHF operation; fD = 360MHz; fUD = +12MHz	91	94		dBU
modulation i 3	CM4	UHF operation; fD = 800MHz; fUD = +12MHz	89	92		dBp
Max. output power	Pomax (sat)	so l IOad	+8	+10		dBm
	Cfswl	VHF operation; fosc = 100MHz			+200	kHz
	Cfsw2	VHF operation; fosc = 405MHz			+300	kHz
Switch ON drift*4	Cfsw3	UHF operation; fosc = 405MHz			+300	kHz
Switch ON drift*4	fsw4	UHF operation; fosc = 845MHz			+300	kHz
	Cfstl	VHF operation; fosc = 100MHz			+100	kHz
	fst2	VHF operation; fosc = 405MHz			+200	kHz
+B drift*s	Cfst3	UHF operation; fosc = 405MHz			+150	kHz
+B drift*s	fst4	UHF operation; fosc = 845MHz			+150	kHz
PLL OUT output	PoscV	VHF operation; sol load	-20	-10		dBm
power	PoscU	UHF operation; sol load	-20	-10		dBm
Band switch	VswV	VHF operation	0		0.5	V
voltage	VswU	UHF operation	3		10.5	V

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BUS		1-Wire net - ---- Other
Master		'	Devices
7
Command Level:			DS1921 Available Cmd. Data Field Commands: Codes: Affected: Read ROM 33h 64-bit Reg.# v Match ROM 55h 64-bit Req.#
	1-Wire ROM Function Commands			j SearchROM FOh 64-bitReg.# 1< Skip ROM CCh N/A 1 0verdriveSkip 3Ch OD-Flag
1			L Uverarive Matcn b9h b4-J~t fieg. #,ULiag Conditional Search ECh 64-bit Reg. #, Cond. Search settings, ROM device status v Write Scratchpad OFh 256-bit scratchpad, flags
L iear Memory	DS1921-specific Memory Function Commands 3Cn Mission limenstamp, Mission sampies tirh k/l;oo;nn T;rnn Q+o rn n k/l;oo;nn Q o rn nlno			Fleao occacccipao rvin Z:)O-Dlt sccacccipao Copy Scratchpad 55h 4096-bit SRAM, registers, flags < Read Memory FOh Allmemory 1 ReadMemoryw/CRC ,),k Al:^^:^^ory Counter, Start Delay, Sample
Rate, Alarm Time Stamps and Durations, Histogram Memory Convert Temperature 44h Memory address 211h

Parameter	Symbol	Conditions	Min	Typ	Max	Unit
Collector-base voltage (Emitter open)	VCBO	Ic = -10 yA,IE = 0	-50			V
Collector-emitter voltage (Base open)	VCEO	Ic = -2 rriA. IB = 0	-50			V
Collector-base cutoff current (Emitter open)	ICBO	VCB = -50 V, IE = O			- O.l	yA
Collector-emitter cutoff current (Base open)	ICEO	VCE = -50 V,IB = 0			- 0.5	yA
Emitter-base cutoff current (Collector open)	IEBO	VEB = -6 V, Ic = 0			- 0.2	mA
Forward current transfer ratio	hFE	VCE = -10 V,IC = -5 mA	80
Collector-emitter saturation voltage	VCE(szu)	IC = -10 mA,IB = - 0.3 mA			- 0.25	V
Output voltage high-level	VOH	Vcc = -5 V, VB = - 0.5 V, RL = 1 kQ	-4.9			V
Output voltage low-level	VOL	VcC = -5 V, VB = -2.5 V, RL = 1 kQ			- 0.2	V
Input resistance	Ri		-30%	10	+30%	kQ
Resistance ratio	RiR2		0 17	0 21	0.25
Transition frequency	fr	VCB = -10 V, IE = 1 mA, f = 200 MHz		80		MHz

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