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suppliers of TP6B595 and PDF data of TP6B595

Part Numbert

Mfg

Packt

D/C

Descriptiont

Qty

Company/Contact

TP6B595 Datasheet

Paranieteri

Syrubolj

lYpicali 80

i i-MlmUm

Uiiit

Maximum Junction-to-Ambient

RthjA

2.0

0 c/w

Maximum Junction-to-Case

RthjC

1.0

Case-to-Sink

RthCS

P-37012-Rev. C (06/01/94)

-85 LI7]5I8cj c1clH_

TP6B595 Price

PIN	NAME	FUNCTION
1 2	IDC-, IDC+	l-Channel Baseband DC Offset Correction. Connect a 0.1 UF ceramic chip capacitor from IDC- to IDC+.
3	VCCRF1	DC Power Supply for LNA and First-Stage RF VGA. Connect to a 5V +5% low-noise supply. Bypass with a lnF capacitor directly to GKID. Do not share vias.
4	R Fllxl -	75Q RF-Inverting Input. Working in conjunction with RFIN+ for differential input. Terminate with 22pF capacitor in series with a 75Q resistor to GND for single-ended input.
5	R Fllxl+	75Q RF Noninverting Input. Working in conjunction with RFIN- for differential input. Connect to source through a 22pF series capacitor.
6, 9, 11, 25, 31	N.C	No Connection. Pin should be connected directly to GND.
7	GC1	Gain Control Input for RF Front End. High-impedance analog input with an operating range of 0.75V t0 2.6V. VGCl = 0.75V corresponds to maximum gain.
8. 28	VREGl, VREG2	2.85V Linear Regulator. Used for terminating open-drain interfaces from demodulator. Each regulator can source 3mA.
10	PAD	Ground. Direct connection to exposed pad. Can be used to check exposed pad continuity to ground.
12	VCCLO	DC Power Supply for LO Circuits. Connect to a 5V +5% low-noise supply. Bypass with a lnF capacitor directly to GND. Do not share vias.
13	VCCVCO	DC Power Supply for VCO Circuits. Connect to a 5V +5% low-noise supply. See the Applicatios Information section for more details.
14	LOFLT	LO Internal Regulator Bypass. Bypass with a 0.22UF ceramic chip capacitor to GlxID.
15, 26, 32	AS2, ASl, ASO	12C Address Select Control. See Table l and Table 2. These pins are internally pullup to VCC. For logic high, leave these pins open.
16	VTUNE	High Impedance VCO Tune Input
17	CPOUT	Charge-Pump Output
18	IFLT	Test Pin. For normal operation, connect IFLT to ground.
19	VCCCP×	DC Power Supply for Charge Pump and XTAL Oscillator Circuits. Connect to a 5V +5% low- noise supply. Bypass with a lnF capacitor directly to GND. Do not share vias.
20	CFLT	Bypass for Internal Crystal Oscillator Bias. Bypass with a 0.22uF ceramic chip capacitor to GND.
21 22	XTL+, XTAL-	Crystal Oscillator Interface. See Typical Operating Circuit.
23	CNTOUT	Test Pin. Must be left open.
24	XTALOUT	Crystal Oscillator Buffer Output. Requires a 10nF DC-blocking capacitor.
27 29	SDA, SCL	12C Data and Clock Interface. See the Applicatios Information section for details.
30	VCCDIG	DC Power Supply for Digital Circuits. Connect to a 5V +5% low-noise supply. Bypass with a lnF capacitor directly to GND. Do not share vias.
	N.C. (MAX2116)	No Connection. Pin should be connected directly to GND.
33	ClOUT- (MAX2118)	Inverting Baseband Cluadrature Output

TP6B595 on stock

		Combined Null & Sensitivity Shift (%Span)					Linearity, B.F.S.L.
							P2> P1	P2< P1	Repeatability
-	Pressure Range	25 t0 5 25 t0 450C	25 to -18 25 to630C	25 to -40 25 t0 850C	Sensitivity	Overpressure crrlH20	%Span		& Hysteresis %Span
_LnS'	cmH20	Max	Max	Max	V/crrlH20	Max.	Max.	Max	Typ.
163PCOID48	-20 to +120	±0.75*			0.36	350	±1.5		±0.15

			Fopt
Freq (GHz)	NFmin (dB)	Ga (dB)	MAG	ANG. (deg.)	Rn50
2.0	0 32	16 5	0.77	15	0.19
4.0	0 35	15 5	0.58	43	0.18
6.0	0 40	14 2	0.43	82	0.13
8.0	0 46	13 1	0.32	127	0.08
10 0	0 56	12 0	0.27	175	0 07
12 0	0 67	10 9	0.27	-139	0 10
14 0	0 80	9.9	0.34	-100	0.17
16 0	0 94	8.9	0.48	-70	0 29
18 0	1 10	8.0	0.69	-56	0 46

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