TMS320LC31-40，there are the best TMS320LC31-40 suppiers all over the world here.These are the list and detailed contact method of TMS320LC31-40 suppliers all over the world as follows.You can buy or get informations of TMS320LC31-40 through email , message or tel.

suppliers of TMS320LC31-40 and PDF data of TMS320LC31-40

Part Numbert

Mfg

Packt

D/C

Descriptiont

Qty

Company/Contact

TMS320LC31-40 Datasheet

Pin	Name	Description
1	VCC	5V power supply
2	VCC	5V power supply
3	VCCLNA	5V LNA power supply
4	RFIN	RF input
5	GNDLNA	LNA ground
6	GNDSUB	Ground
7	PFD	Access to VCO control voltage
8	GNDVCO	VCO ground
9	GND	Ground
1 0	XTAL1	Reference oscillator crystal
11	XTAL2	Reference oscillator crystal
1 2	CAGC	IF AGC capacitor for OOK Reference for FSK
1 3	DMDAT	Demodulated data (OOK & FSK modulation)
14	RESETB	State Machine Reset
1 5	MISO	SPI interface I/O
1 6	MOSI	SPI interface l/0
1 7	SCLK	SPI interface clock
1 8	VCCDIG	5V digital power supply
1 9	GNDDIG	Digital ground
20	RCBGAP	Reference voltage output
21	STROBE	Strobe oscillator control Stop/Run external control input
22	CAFC	AFC capacitor
23	MIXOUT	Mixer output
24	CMIXAGC	Mixer AGC capacitor

TMS320LC31-40 Price



			VD5=VcS
			ID_250,		A

j
	j
		j
			j
				jj

TMS320LC31-40 on stock

The TAS3002 device supports 13 serial interface formats (12S, left justified, right justified) with data word lengths of 16, 18, 20, or 24 bits. The sampling frequency (fS) may be set t0 32 kHz, 44.1 kHz, or 48 kHz. The 13 serial interface formats are listed and described in Section 2.1.

Parameter	Symbol	Conditions	Min	Typ	Max	U nits
High Side Driver
rise time	trTG1	CI = 3riF, VBST - VDRN = 4.6V,		14	23	ns
fall time	tfTG	CI = 3riF, VBST - VDRN = 4.6V,		12	19	ns
propagation delay time, TG going high	tpd hTG	CI = 3riF, VBST - VDRN = 4.6V, C-delay=0		20	32	ns
propagation delay time, TG going low	tpdITG	CI = 3riF, VBST - VDRN = 4.6V,		1 5	24	ns
Low-Side Driver
rise time	trBG	CI = 3nF, V v s = 4.6V,		1 5	24	ns
fall time	trBG	CI = 3nF, V v s = 4.6V,		1 3	21	ns
propagation delay time, BG going high	tpdhBGH,	CI = 3riF, VBST - VDRN = 4.6V, C-delay=0		12	19	ns
propagation delay time, TG going low	tpdIBG	CI= 3nF, V y s = 4.6V, DRN <1V		7	12	ns
Under-Voltage Lockout
V-5 ramping up	tpdhUVLO	EN is High			10	us
V-5 ramping down	tpdhUVLO	EN is High			10	us
PRDY
EN is transitioning from low to high	tpdhPRDY	V-5 >UVLO threshold, Delay measured from EN > 2.OV to PRDY> 3.5V			10	LJs
EN is transitioning fro high to low	tpdhUVLO	V-5 >UVLO threshold, Delay measured from EN < 0.8V to PRDY< 10% ofV 5V			500	LJs
DSPS DR
rise/fall time	trDSPS DR	CI = 100 pf, V-5 = 4.6V			20	ns
propagation delay, DSPS_DR going high	tpdhDSPS DR	S_MOD goes high and BG goes high or S_MOD goes low			10	ns
propagation delay, DSPS~DR goes low	tpdIDSPS DR	S_MOD goes high and BG goes low			10	ns
Overvoltage Protection
propagation delay	tpdhOVP s	V-5 + 4.6V, TJ = 1250C, OVP S > 1.2V to BG > 90% ofV 5			1	LJs

Suppliers Datasheet
		Exact Matc