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PAL16R6-35 Datasheet

\WV(V.DC)	25 (1E)		35 (1V)		50 (1H)		63 (1J)
Cap(ccF	Size	Ripple	Size	Ripple	Size	Ripple	Size	Ripple
0.1					4x7	1.3	4x7	1.3
0.22					4x7	3.0	4x7	3.0
0.33					4x7	4.4	4x7	4.4
0.47					4x7	6.3	4x7	6.3
1					4x7	12	4x7	12
2.2					4x7	16	4x7	16
3.3			4x7	18	4x7	19	5x7	24
4.7	4x7	21	4x7	22	4x7	24	6.3x7	33
10	4x7	31	5x7	32	5x7	42	6.3x7	45
22	5x7	55	6.3x7	60	6.3x7	64
33	6.3x7	66	6.3x7	73	8x7	75
47	6.3x7	80	8x7	95	8x7	85
100	8x7	115	8x7	115

PAL16R6-35 Price

Features: . Hermetically sealed . High output, 940nm . Small package . PC board mountable . Spectrally matched to the 61055 series detector	Applications * Incremental encoding . Reflective sensors . Position sensors * Level sensors

PAL16R6-35 on stock

I Anyone purchasing an:i products described or contained herein for an above-mentioned use shall: Accept full respons+bilitli and indemnify and defend SANYO ELECTRIC CO., LTD., itS affiliates, subsidiaries and distributors and all their officers and employees, jointly and severally, against any and all claims and l,tigation and all damages. cost and expenses associated with such use: Not impose anlt responsibility for any fault or negligence which may be cited in any such claim or litigation on SANYO ELECTRIC CO., LTD., its affiliates, subsidiaries and distributors or any of their officers and employees jointly or several:y. _lnformation <inCluding circuit diagrams and'circuit parameters) herein is for example only; it is not guarant eed for volume production. SAN'(O believes information herein is accurate and reliable, but no guarantees are made or implied regarding its use or any infringements of intelle.Ctual property rights or other rights of third parties.

PARAMETER	SYMBOL	CONDITIONS	MIN TYP MAX	UNITS
GENERAL RECEIVER
Minimum Input RF Power to Produce 20mVP_P (Differential) at land Q Baseband Outputs	PMIN	IF AGC is set at maximum gain, bit HPF = 0 (Note 4)	-91 -84	dBm
Maximum Input RF Power to Produce 400mVP_P (Differential) at I and Q Baseband Outputs	PMAX	RF AGC threshold: RF_AGC_TRIP = -17dBm; IF AGC is set at minimum gain, bit HPF = 0	+3	dBm
	PLK_H	LO-related spurious > 2GHz	-66
LO to RF Input Leakage	PLK_L	LO-related spurious < 2GHz	-38	dBm
Noise Figure (Notes 3, 5)	NF	RF AGC is at maximum gain, IF AGC is at reference gain	8.5 10.4	dB
In-Band Input lP3 (Notes 5, 6)	lIIP3	RF AGC is at maximum gain, IF AGC is at reference gain	-32	dBm
Out-of-Band Input lP3 (Notes 5, 7)	O IlP3	RF AGC is at maximum gain, IF AGC is at reference gain	9	dBm
In-Band Input lP2 (Notes 5, 6)	lIIP2	RF AGC is at maximum gain, IF AGC is at reference gain	+1	dBm
Out-of-Band Input lP2 (Notes 5, 7)	O IlP2	RF AGC is at maximum gain, IF AGC is at reference gain	+38	dBm
Opposite Sideband Rejection	OSR	Baseband frequencies = 100kHz (Note 4)	32 39	dB
Image Rejection	IRej	At fLO - fIF	54	dB
Half IF Rejection	HRej	At fLO + 0.5 x fIF	53	dB
RF AGC LOOP
LNA Gain Reduction	RFAGC_ Range	(Note 4)	30 42	dB
Minimum RF AGC Trip Point	RFAGC mi	Bits RF4/3/2/1/0 = 00000 (BIN)	-35	dBm
RF AGC Trip Point	RFAGC int	Bits RF4/3/2/1/0 = 00010 (BIN) (Note 4)	-37 -33 -29	dBm
Maximum RF AGC Trip Point	RFAGC m	Bits RF4/3/2/1/0 = 10100 (BIN)	-15	dBm
FRONT-END (FE) PROGRAMMABLE GAIN
FE Programmable Gain Range	FE_Rg e	(Note 4)	19 22 26	dB
FE Programmable Gain Step	FE Step		2	dB
IF FILTER INTERFACE
IF Outp ut Differential Ad mittance	Yout, IF	Between pins IFOUT+, IFOUT-, fIF = 259MHz and 467MHz	1/900 + j0	S
Input Differential Impedance Presented by the lC to the IF Filter Output	Zin, IF	Between pins IFOUT+, IFOUT-, fIF = 259MHz and 467MHz	150 + j0	Q

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