美女扒开胸无遮挡黄18 ,国产日韩在线观看一区福利,久久久无码精品午夜

ZHCSDX3F June 2015 – September 2021 TPS61098 , TPS610981 , TPS610982 , TPS610985 , TPS610986 , TPS610987

PRODUCTION DATA

封裝選項(xiàng)

機(jī)械數(shù)據(jù) (封裝 | 引腳)

DSE|6
- MPDS287A

散熱焊盤機(jī)械數(shù)據(jù) (封裝 | 引腳)

訂購(gòu)信息

7.5 Electrical Characteristics

T_J = –40°C to 125°C and V_IN = 0.7 V to 4.5 V. Typical values are at V_IN = 1.5 V, T_J = 25°C, unless otherwise noted.

PARAMETER		VERSION	TEST CONDITIONS	MIN	TYP	MAX	UNIT
Power Supply
V_IN	Input voltage range	TPS61098x		0.7		4.5	V
V_IN(start)	Minimum input voltage at start-up	TPS61098x	R_Load ≥ 3 k? ⁽¹⁾			0.7	V
I_Q(VIN)	Quiescent current into the VIN pin in Active mode	TPS61098x	MODE = High, Boost or Pass-through no load, no switching T_J = –40°C to 85°C		2	4	μA
I_Q(VIN)	Quiescent current into the VIN pin in Low Power mode	TPS61098x	MODE = Low, Boost or Pass-through no load, no switching		5	90	nA
I_Q(VMAIN)	Quiescent current into the VMAIN pin in Active mode	TPS61098/1/5/6/7	MODE = High, Boost or Pass-through no load, no switching T_J = –40°C to 85°C		15	23	μA
	Quiescent current into the VMAIN pin in Active mode	TPS610982	MODE = High, Boost or Pass-through no load, no switching T_J = –40°C to 85°C		18	23	μA
	Quiescent current into the VMAIN pin in Low Power mode	TPS61098/1/7	MODE = Low, Boost or Pass-through no load, no switching T_J = 25°C		300	400	nA
		TPS61098/1/5/6/7	MODE = Low, Boost or Pass-through no load, no switching T_J = –40°C to 85°C		300	800	nA
		TPS610982	MODE = Low, Boost or Pass-through no load, no switching T_J = –40°C to 85°C		4	10	μA
I_LKG(SW)	Leakage current of the SW pin (from the SW pin to GND pin)	TPS61098x	V_(MAIN) = V_(SW) = 4.7 V, no load T_J = –40°C to 85°C		5	100	nA
I_LKG(MAIN)	Leakage current of the VMAIN pin (from the VMAIN pin to SW pin)	TPS61098x	V_(MAIN) = 4.7 V, V_(SW) = 0 V, no load T_J = –40°C to 85°C		10	200	nA
I_LKG(SUB)	Leakage current of the VSUB pin (from the VMAIN pin to VSUB pin)	TPS61098/1/5/6/7	MODE = Low, V_(MAIN) = 4.7 V, V_(SUB) = 0 V T_J = –40°C to 85°C		10	150	nA
I_LKG(MODE)	Leakage current into the MODE pin	TPS61098x	V_(MODE) = 5 V T_J = –40°C to 85°C		5	30	nA
Power Switch
R_{DS(on)_LS}	Low-side switch on resistance	TPS61098/7	MODE = Low		600	1000	m?
		TPS61098/7	MODE = High		300	600	m?
		TPS610981/2/6	MODE = Low / High		350	650	m?
		TPS610985	MODE = Low / High		400	700	m?
R_{DS(on)_HS}	Rectifier on resistance	TPS61098/7	MODE = Low		700	1000	m?
		TPS61098/7	MODE = High		450	700	m?
		TPS610981/2/6	MODE = Low / High		500	700	m?
		TPS610985	MODE = Low / High		550	750	mΩ
R_(LS)	Load switch on resistance	TPS610985/6			1.2	2	?
V_(Dropout)	LDO dropout voltage	TPS61098/1/2/7	I_SUB = 50 mA		60	100	mV
I_LH	Inductor current ripple	TPS61098x			100		mA
I_LIM(BST)	Boost switch current limit	TPS61098x	0.7 V < V_IN < V_(MAIN)	350	500	650	mA
I_LIM(SUB)	VSUB output current limit	TPS61098x	T_J = –20°C to 125°C	200			mA
I_(DISCH)	Discharge current from the VSUB pin to GND pin	TPS610981/5/6/7	MODE = Low, V_(SUB) = 3 V	5	8		mA
Output
V_(MAIN)	Boost converter output voltage	TPS61098/7	MODE = High, V_IN < V_(PSTH), Burst mode, open loop		4.45		V
			MODE = High, V_IN < V_(PSTH), PWM mode, open loop	4.142	4.27	4.398	V
			MODE = Low, V_IN < V_(PSTH), Burst mode, open loop		2.3		V
			MODE = Low, V_IN < V_(PSTH), PWM mode, open loop	2.163	2.23	2.297	V
		TPS610981	MODE = High / Low, V_IN < V_(PSTH), Burst mode, open loop		3.4		V
		TPS610981	MODE = High / Low, V_IN < V_(PSTH), PWM mode, open loop	3.201	3.3	3.399	V
		TPS610982	MODE = High / Low, V_IN < V_(PSTH), Burst mode, open loop		3.4		V
		TPS610982	MODE = High / Low, V_IN < V_(PSTH), PWM mode, open loop	3.201	3.3	3.399	V
		TPS610985	MODE = High / Low, V_IN < V_(PSTH), Burst mode, open loop		3.1		V
		TPS610985	MODE = High / Low, V_IN < V_(PSTH), PWM mode, open loop	2.91	3.0	3.09	V
		TPS610986	MODE = High / Low, V_IN < V_(PSTH), Burst mode, open loop		3.4		V
		TPS610986	MODE = High / Low, V_IN < V_(PSTH), PWM mode, open loop	3.201	3.3	3.399	V
V_(SUB)	LDO output voltage (LDO version)	TPS61098/7	MODE = High	3.038	3.1	3.162	V
		TPS610981	MODE = High	2.94	3.0	3.06	V
		TPS610982	MODE = High / Low	2.744	2.8	2.856	V
V_(PSTH)	Pass-through mode threshold	TPS61098/7	MODE = High, V_IN rising		4.4		V
			MODE = High, Hysteresis		0.1		V
			MODE = Low, V_IN rising		2.25		V
			MODE = Low, Hysteresis		0.1		V
		TPS610981	MODE = High / Low, V_IN rising		3.35		V
		TPS610981	MODE = High / Low, Hysteresis		0.1		V
		TPS610982	MODE = High / Low, V_IN rising		3.35		V
		TPS610982	MODE = High / Low, Hysteresis		0.1		V
		TPS610985	MODE = High / Low, V_IN rising		3.05		V
		TPS610985	MODE = High / Low, Hysteresis		0.1		V
		TPS610986	MODE = High / Low, V_IN rising		3.35		V
		TPS610986	MODE = High / Low, Hysteresis		0.1		V
PSRR	Power-supply rejection ratio from LDO input to output	TPS61098/1/2/7	f = 1kHz, C_O2 = 10 μF, I_SUB = 10 mA MODE = High		40		dB
PSRR	Power-supply rejection ratio from LDO input to output	TPS610982	f = 1kHz, C_O2 = 10 μF, I_SUB = 10 mA MODE = Low		28		dB
t_{stup_LDO}	VSUB start-up time (LDO version and load switch version)	TPS61098x	No load time from MODE high to 90% of V_(SUB)		1		ms
Control Logic
V_IL	MODE input low voltage	TPS61098x				0.4	V
V_IH	MODE input high voltage	TPS61098x		1.2			V
	Overtemperature protection	TPS61098x			150		°C
	Overtemperature hysteresis	TPS61098x			25		°C

(1) TPS61098x is able to drive R_Load > 150 ? after V_MAIN is established over 1.8 V.