CDIDI CDLL5311, CDLL5310, CDLL5309, CDLL5308, CDLL5307 Datasheet

EC = +125°C EC = +125°C

• 1N5283UR-1 THRU 1N5314UR-1 AVAILABLE IN	JAN	, JANTX, JANTXV AND JANS	1N5283UR-1 thru 1N5314UR-1
PER MIL-PRF-19500/463			and
• CURRENT REGULATOR DIODES			CDLL5283 thru CDLL5314

•LEADLESS PACKAGE FOR SURFACE MOUNT

•METALLURGICALLY BONDED

•DOUBLE PLUG CONSTRUCTION

MAXIMUM RATINGS

Operating Temperature: -65°C to +175°C

Storage Temperature: -65°C to +175°C

DC Power Dissipation: 500mW @ +75°C @ T

Power Derating: 10 mW / °C above T

Peak Operating Voltage: 100 Volts

ELECTRICAL CHARACTERISTICS						@ 25°C, unless otherwise specified
									MINIMUM				MINIMUM
									DYNAMIC					KNEE			MAXIMUM
	CDI			REGULATOR CURRENT			IMPEDANCE	IMPEDANCE				LIMITING
	TYPE			l p (mA) @ V		S = 25V			@V	S	= 25V		@V		K	= 6.0 V	VOLTAGE							MILLIMETERS				INCHES
	NUMBER							Z		S	(M	Ω	)		ZK	(M Ω )	@ l L	= 0.8 lp (min)					DIM	MIN MAX		MIN	MAX
			NOM		MIN		MAX	(Note 1)					(Note 2)			V		L	(VOLTS)
																							D	2.39		2.66	.094	.105
	CDLL5283		0.22		0.198		0.242	25.0					2.75				1.00
																							F	0.41		0.55	.016	.022
	CDLL5284		0.24		0.216		0.264	19.0					2.35				1.00
																							G	4.80		5.20	.189	.205
	CDLL5285		0.27		0.243		0.297	14.0					1.95				1.00
	CDLL5286		0.30		0.270		0.330	9.0					1.60				1.00						G1	4.11 REF.			.159 REF.
	CDLL5287		0.33		0.297		0.363	6.6					1.35				1.00
																							S	0.03 MIN.			.001 MIN.
	CDLL5288		0.39		0.351		0.429	4.10					1.00				1.05
	CDLL5289		0.43		0.387		0.473	3.30					0.870				1.05
	CDLL5290		0.47		0.423		0.517	2.70					0.750				1.05							FIGURE 1
	CDLL5291		0.56		0.504		0.616	1.90					0.560				1.10
	CDLL5292		0.62		0.558		0.682	1.55					0.470				1.13
	CDLL5293		0.68		0.612		0.748	1.35					0.400				1.15					DESIGN DATA
	CDLL5294		0.75		0.675		0.825	1.15					0.335				1.20
	CDLL5295		0.82		0.738		0.902	1.00					0.290				1.25
	CDLL5296		0.91		0.819		1.001	0.880					0.240				1.29
	CDLL5297		1.00		0.900		1.100	0.800					0.205				1.35
	CDLL5298		1.10		0.990		1.210	0.700					0.180				1.40					CASE:		DO-213AB		, Hermetically sealed
	CDLL5299		1.20		1.08		1.32	0.640					0.155				1.45					glass case. (MELF, LL41)
	CDLL5300		1.30		1.17		1.43	0.580					0.135				1.50
	CDLL5301		1.40		1.26		1.54	0.540					0.115				1.55					LEAD FINISH:			Tin / Lead
	CDLL5302		1.50		1.35		1.65	0.510					0.105				1.60
	CDLL5303		1.60		1.44		1.76	0.475					0.092				1.65
	CDLL5304		1.80		1.62		1.98	0.420					0.074				1.75					THERMAL RESISTANCE: (						R		O		JEC ):
	CDLL5305		2.00		1.80		2.20	0.395					0.061				1.85
	CDLL5306		2.20		1.98		2.42	0.370					0.052				1.95					50 ˚C/W maximum at L = 0 inch
	CDLL5307		2.40		2.16		2.64	0.345					0.044				2.00
																						THERMAL IMPEDANCE: (						Z	O		JX ): 25
	CDLL5308		2.70		2.43		2.97	0.320					0.035				2.15
	CDLL5309		3.00		2.70		3.30	0.300					0.029				2.25					˚C/W maximum
	CDLL5310		3.30		2.97		3.63	0.280					0.024				2.35
	CDLL5311		3.60		3.24		3.96	0.265					0.020				2.50					POLARITY:		Diode to be operated with
	CDLL5312		3.90		3.51		4.29	0.255					0.017				2.60
	CDLL5313		4.30		3.87		4.73	0.245					0.014				2.75					the banded (cathode) end negative.
	CDLL5314		4.70		4.23		5.17	0.235					0.012				2.90
																						MOUNTING SURFACE SELECTION:
																						The Axial Coefficient of Expansion
	NOTE 1	ZS	is derived by superimposing					A 90Hz RMS signal equal to 10% of V										S	on V S
																						(COE) Of this Device is Approximately
	NOTE 2	ZK	is derived by superimposing					A 90Hz RMS signal equal to 10% of V										K	on V K			+6PPM/°C. The COE of the Mounting
																						Surface System Should Be Selected To
																						Provide A Suitable Match With This
																						Device.

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