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SLVSHZ1A June 2024 – July 2025 TPS1HTC100-Q1

PRODUCTION DATA

封裝選項(xiàng)

請(qǐng)參考 PDF 數(shù)據(jù)表獲取器件具體的封裝圖。

機(jī)械數(shù)據(jù) (封裝 | 引腳)

PWP|14

散熱焊盤機(jī)械數(shù)據(jù) (封裝 | 引腳)

PWP|14
- PPTD381

訂購(gòu)信息

5.5 Electrical Characteristics

V_S = 6V to 60V, T_A = –40°C to 125°C (unless otherwise noted)

PARAMETER		TEST CONDITIONS		MIN	TYP	MAX	UNIT
VS SUPPLY VOLTAGE AND CURRENT
IL_NOM	Continuous load current	V_EN = 0V	T_AMB = 85°C		4		A
I_{Q, VS}	V_S quiescent current	V_EN = 5V, I_OUT = 0A	V_{DIAG_EN} = 0V		0.98	1.3	mA
I_{Q, VS}	V_S quiescent current	V_EN = 5V, I_OUT = 0A	V_{DIAG_EN} = 5V		1.2	1.65	mA
I_{STBY, VS}	Total device standby current (including MOSFET)	V_EN = V_{DIAG_EN} = 0V, V_OUT = 0V	T_J = –40°C to 85°C		0.25	0.7	μA
I_{STBY, VS}	Total device standby current (including MOSFET)	V_EN = V_{DIAG_EN} = 0V, V_OUT = 0V	T_J = 150°C		0.83	11	μA
I_OUT(STBY)	Output leakage current	V_EN = 0V, V_OUT = 0V, V_DIAG = 0V	T_J = -40°C to 85°C			0.65	μA
I_OUT(STBY)	Output leakage current	V_EN = 0V, V_OUT = 0V, V_DIAG = 0V	T_J = 150°C		0.28	10	μA
t_STBY	Standby mode delay time	V_EN = V_{DIAG_EN} = 0V to standby			20		ms
VS UNDERVOLTAGE LOCKOUT (UVLO) INPUT
V_S,UVLOR	V_S undervoltage lockout rising	Measured with respect to the GND pin of the device		5.0	5.4	5.75	V
V_S,UVLOF	V_S undervoltage lockout falling	Measured with respect to the GND pin of the device		4.1	4.5	4.85	V
VDS CLAMP
V_DS,Clamp	V_DS clamp voltage	FET current = 10mA	V_S = 24V	70	78.9	84.5	V
V_DS,Clamp	V_DS clamp voltage	FET current = 10mA	V_S = 6V	48	53	58	V
RON CHARACTERISTICS
R_ON	On-resistance	0.5A ≤ I_OUT≤ 3A	T_J = 25°C		83		mΩ
			T_J = 125°C			168	mΩ
			T_J = 150°C			180	mΩ
R_ON(REV)	On-resistance during reverse polarity	0.5A ≤ I_OUT≤ 3A, V_S = –24V	T_J = –40°C to 150°C			180	mΩ
CURRENT LIMIT CHARACTERISTICS
K_CL	Current Limit Ratio		I_{CL, typ} = 0.92A		46		A × kΩ
K_CL	Current Limit Ratio		I_{CL, typ} = 1.96A		48.9		A × kΩ
K_CL	Current Limit Ratio		I_{CL, typ} = 3.0A		50.1		A × kΩ
K_CL	Current Limit Ratio		I_{CL, typ} = 5.3A		53.2		A × kΩ
I_CL	Current Limit level	Short circuit condition, V_DS = 1V	R_ILIM = 50kΩ	0.73	0.92	1.11	A
			R_ILIM = 25kΩ	1.5	1.96	2.3	A
			R_ILIM = 16.7kΩ	2.3	3.0	3.5	A
			R_ILIM = 10kΩ	4	5.3	6.3	A
			R_ILIM = Open or Out of range	3.05	3.5	4.3	A
			R_ILIM = GND	6.1	7.3	8.6	A
I_{CL_LINPK}	Overcurrent Limit Threshold⁽¹⁾	Overload condition	R_ILIM = 25k?			1.5 × I_CL	A
I_{ILIM_ENPS}	Peak current enabling into permanent short		R_ILIM = 10k?			1.2 × I_CL	A
t_IOS	Short circuit response time	VS = 24V			0.5		μs
THERMAL SHUTDOWN CHARACTERISTICS
T_ABS	Thermal shutdown				165		°C
T_REL	Relative thermal shutdown				60		°C
t_RETRY	Retry time ⁽²⁾	Time from fault shutdown until switch re-enable (thermal shutdown).			2		ms
Fault Response	Fault reponse to Thermal Shutdown			Configurable via Latch pin
T_HYS	Absolute Thermal shutdown hysteresis				10		°C
FAULT PIN CHARACTERISTICS
V_FAULT	FAULT low output voltage	I_FAULT = 2.5mA				0.5	V
t_{FAULT_FLT}	Fault indication-time	Time between fault and FAULT asserting				75	μs
t_{FAULT_SNS}	Fault indication-time	V_{DIAG_EN} = 5V Time between fault and I_SNS settling at V_SNSFH				106	μs
CURRENT SENSE CHARACTERISTICS
K_SNS	Current sense ratio I_OUT / I_SNS	I_OUT= 1A			800		A/A
I_SNS	Current sense current	V_EN = V_{DIAG_EN} = 5V	I_OUT = 4A		5		mA
			I_OUT = 4A	–5		6	%
			I_OUT = 3A		3.75		mA
			I_OUT = 3A	–5		5	%
			I_OUT = 2A		2.5		mA
			I_OUT = 2A	–5		5	%
			I_OUT = 1A		1.25		mA
			I_OUT = 1A	–5		5	%
			I_OUT = 0.5A		0.625		mA
			I_OUT = 0.5A	–6		6	%
			I_OUT = 250mA		0.3125		mA
			I_OUT = 250mA	–10		10	%
			I_OUT = 150mA		0.1875		mA
			I_OUT = 150mA	–10		10	%
			I_OUT = 60mA		0.075		mA
			I_OUT = 60mA	–25		25	%
			I_OUT = 30mA		0.0375		mA
			I_OUT = 30mA	–25		25	%
			I_OUT = 25mA		0.03125		mA
			I_OUT = 25mA	–30		30	%
			I_OUT = 10mA		0.011		mA
			I_OUT = 10mA	–30		30	%
SNS PIN CHARACTERISTICS
V_SNSFH	V_SNSfault high-level	V_{DIAG_EN} = 5V		4.5	5	5.77	V
		V_{DIAG_EN} = 3.3V, R_SNS=Open		3.3	3.95	4.4	V
		V_{DIAG_EN} = V_IH		2.9	3.2	3.5	V
I_SNSFLT	I_SNSfault high-level	V_{DIAG_EN} > V_{IH,DIAG_EN}		5.2	6.4		mA
I_SNSleak	I_SNS leakage	V_{DIAG_EN} = 5V, IL = 0mA				1.3	μA
V_{S_ISNS}	V_S for full current sense and fault functionality	V_{DIAG_EN} = 3.3V		5.9			V
V_{S_ISNS}	V_S for full current sense and fault functionality	V_{DIAG_EN} = 5V		7.1			V
OPEN LOAD DETECTION CHARACTERISTICS
V_{OL_OFF}	OFF state open-load (OL) detection voltage	V_EN = 0V, V_{DIAG_EN} = 5V		1.4	2	2.6	V
R_{OL_OFF}	OFF state open-load (OL) detection internal pull-up resistor	V_EN = 0V, V_{DIAG_EN} = 5V	V_S= 6V	110	133	150	kΩ
			V_S= 24V	114	140	166	kΩ
			V_S= 48V	120	140	166	kΩ
t_{OL_OFF}	OFF state open-load (OL) detection deglitch time	V_EN = 0V, V_{DIAG_EN} = 5V, When Vs – V_OUT < V_OL, duration longer than t_OL. Open load detected.			480	1050	μs
t_{OL_OFF_1}	OL_OFF and STB indication-time from EN falling	V_EN= 5V to 0V, V_{DIAG_EN} = 5V I_OUT = 0mA, V_OUT = Vs - V_OL			310	905	μs
t_{OL_OFF_2}	OL and STB indication-time from DIA_EN rising	V_EN = 0V, V_{DIAG_EN} = 0V to 5V I_OUT= 0mA, V_OUT = V_S - V_OL				1080	μs
DIAG_EN PIN CHARACTERISTICS
V_{IL, DIAG_EN}	Input voltage low-level	No GND Network				0.8	V
V_{IH, DIAG_EN}	Input voltage high-level	No GND Network		1.5			V
V_{IHYS, DIAG_EN}	Input voltage hysteresis				270		mV
R_{DIAG_EN}	Internal pulldown resistor			200	350	500	kΩ
I_{IL, DIAG_EN}	Input current low-level	V_{DIAG_EN} = 0.8V, V_EN=0V			0.8		μA
I_{IH, DIAG_EN}	Input current high-level	V_{DIAG_EN} = 5V			14		μA
EN PIN CHARACTERISTICS
V_{IL, EN}	Input voltage low-level	No GND Network				0.8	V
V_{IH, EN}	Input voltage high-level	No GND Network		1.5			V
V_{IHYS, EN}	Input voltage hysteresis				300		mV
R_EN	Internal pulldown resistor			200	350	500	kΩ
I_{IL, EN}	Input current low-level	V_EN = 0.8V			2.2		μA
I_{IH, EN}	Input current high-level	V_EN = 5V			14		μA
LATCH PIN CHARACTERISTICS
V_{IL, LATCH}	Input voltage low-level	No GND Network				0.8	V
V_{IH, LATCH}	Input voltage high-level	No GND Network		1.5			V
V_{IHYS, LATCH}	Input voltage hysteresis				270		mV
R_LATCH	Internal pulldown resistor			0.7	1	1.3	MΩ
I_{IL, LATCH}	Input current low-level	V_LATCH = 0.8V			0.77		μA
I_{IH, LATCH}	Input current high-level	V_LATCH = 5V			5		μA

(1) The maximum current output under overload condition before current limit regulation.

(2) Data not tested in production.