新势力光电供应压力传感器及模块

新势力光电供应压力传感器和压力传感器模块，特点：能效高、稳定性好、准确度高、响应速度快、适合恶劣环境。该系列压力传感器应用：工业生产、环境保护、测量、医学领域、真空应用。

UO1WtQyu,H Model		(7X\|W<xT HDU	Pv#Oea? HMU
c*m7'\ Pressure ranges		R^p'gQc$ 100 mbar to 5 bar	(^{tu89ab 100 mbar to 10 bar
c*m7'\ Pressure ranges		JJQS7,vG 1 to 70 psi	9mmkFaBQ 1 to 70 psi
$yn7XonS Pressure type		*XU2%"Sc Absolute, Gage, Differential	04j]W]8# Absolute, Gage, Differential
u# TNW. Output signal		AT:L&~O. 100mV (FSO)	.S_7R/2(? 100mV (FSO)
\4`:~c Thermal effects	)X2/_3 Offset	=K\xE" ±0.02 %FSS/°C	%#jW ±0.02% FSS/°C
	!=3Ce3- Span	Nc da~h Q -0.2% FSS/°C	bo-AM] -0.2% FSS/°C
	CyV2=o!F w Bridge impedance	X7~^D[X 0.26 %/°C	u\y$< 0.26 %/°C
'=WPi_Z5:C Temp. range operating		o*t4zF&n -40-85°C	`;}w!U -40-85°C
c%+_~iBUN Dimensions without connections		3a\De(; 12×15×7mm3	e0$.\|+ 10×13×6mm3
Dq~\U&U\$ Features		v[2N- Analogue sensor with ufi:aE=} nearly unlimited resolution	gTQc=,3l3 Analogue sensor with 5$?)f&M nearly unlimited resolution
		KU=+ 1,Jf Cost-effective basic pressure sensor	T!jMh-8 Cost-effective basic pressure sensor
		KU=+ 1,Jf Cost-effective basic pressure sensor	@kPe/j/[1 Increased media compatibility

.WVIdVO7 Model	AX]cM)w HCL	2PC:F9dh\ HDO	g7;OZ#\ HRO
#z5$_z?_ Pressure ranges	u- }@^Y$M 5 to 75 mbar	6pdek3pOCt 10 mbar to 5 bar	0t?g! 10 mbar to 10 bar
#z5$_z?_ Pressure ranges	0aqq*e'c 2 to 30 inH2	4J{W8jX 4 inH2O to 70 psi	=.]{OT 4 inH2O to 150 psi
IcA]B?+ Pressure type	ANRZQpnXQ Gage, Differential	$Xr4=9(\|7 Absolute, Gage, Differential	+7mUX Gage, Differential
}F';"ybrU) Output signal	!DkIM}. 20mV (FSO)	bcYGkvGbO 90mV (FSO)	.3CQFbHF 90mV (FSO)
&U_T1-UR2 Accuracy, non-linearity	GOUO ±0.05 %FSO	fP/;t61Z ±0.1 %FSO (P-grade)	~[Z(6yX ±0.25 %FSS
&U_T1-UR2 Accuracy, non-linearity	GOUO ±0.05 %FSO	{yFMY?6rf ±0.2 %FSO (H-grade)	~[Z(6yX ±0.25 %FSS
c{3P\|O&. Temp. range compensated	2t;3_C 0-70°C	E^B3MyS^^ 0-50°C	}p>l,HD 0-70°C
20w4 '@sq Temp. range operating	{^Rr:+ -25-85°C	pD]2.O -40-85°C	pN{XGkX. -25-85°C
l:OXxHxRi Dimensions without connections	$wcTUl 13×16×7mm3	u/apnAW@M 12×15×7mm3	K?u:-QX^ 29×18×11mm3
wAo6:) Features	ao"Z%#Jb~ Analogue sensor with nearly unlimitedresolution	^[VEr"X Analogue sensor with 0v\|qP nearly unlimited resolution	]Na;b Analogue sensor with \rY\wa nearly unlimited resolution
	i(4.7{* For very low pressures	bD=R/yA Different accuracy classes available	n]8*yoge Different accuracy classes available
	wlDo(]mj=O Excellent offset stability
	j>3Fwg9V Virtually no position sensitivity

$S^rKp# Model	} x KvN HCLA	Y=@iD\u HCE	k- exqM2x= HDI
C'PHbo: Pressure ranges	#!>`$ 2.5 to 75 mbar	S`& yVzv 10 mbar to 5 bar	Ym#io] 10 mbar to 5 bar
C'PHbo: Pressure ranges	~FVbL-2 1 to 30 inH2O	_ucixM# 4 inH2O to 70 psi	OI:T#uk5 4 inH2O to 70 psi
e 8^%}\F Pressure type	dKmPKeJM Gage, Differential	0R;`)V\^ Absolute, Gage, Differential	7 6HB@'xY Absolute, Gage, Differential
M"foP@ Output signal	@ev^e!B 0.25-4.25 V, I2C bus	}OSfC~5P 0.25-4.25 V, SPI bus	]''tuo2g8 0.5-4.5 V, I2C bus
D=B:tP Accuracy, non-linearity	m/WDJ$d ±0.05 %FSS	Q'[~$~&` ±0.1 %FSS	9y*(SDF ±0.1 %FSS
^y~oXS( Accuracy, totalaccuracy	OkphbAX N.A.	xOZvQ\% ±0.5 %FSS	&VxK AQMxN ±0.5 %FSS (P-grade)
^y~oXS( Accuracy, totalaccuracy	OkphbAX N.A.	xOZvQ\% ±0.5 %FSS	jRp @-S#V ±1.5 %FSS (H-grade)
#+^l3hMK Temp. range operating	NM1TFs2Y* -25-85°C	Lve$H(GHT -25-85°C	1(kd3qX -20-85 °C
3]>YBbXvE Dimensions without connections	yCv"(fNQ 13×16×7mm3	_X)]/A%@ 13×16×7mm3	7>gW2m 12×15×7mm3
{9hhfI#3_ Features	U}{\qs-zt Digital signal conditioning	'=IuwCB\|; Digital signal conditioning	]xhH:kW4 Digital signal conditioning
	:$QwOz^N* For very low pressures	)Y?E$=M+B Very high total accuracy	C\|rl",& Very high total accuracy
	qt%/0 Excellent offset stability and virtuallyno position sensitivity	^Cg@'R9 SPI bus interface and analogue output \atthe same time	.\)p3pC) I2C bus interface and analogue output XB%`5wwd at the same time
	=IIE]<z I2C bus interface and analogue output Uzk_ae at the same time		qche7kg!a Different accuracy classes available

:Czvwp{z Model	U9AtC.IG! LBA	cH7D@p} LDE
s_,&"-> Pressure ranges	=k+i5:@] 25 to 500 Pa	,0$b8lb;x/ 25 to 500 Pa
s_,&"-> Pressure ranges	A3zNUad; 0.1 to 2 inH2O	? oGmGKq 0.1 to 2 inH2O
4_S%K& Pressure type	zyI4E\ Gage, Differential	Pq( )2B Gage, Differential
5?\|PC. Output signal	zdDJcdbGd1 0.5-4.5 V	K9Pw10g' 0.5-4.5 V, SPI bus
UmQ'=@^kR Offset stability	wT\dzp>/ 0.3 % p.a.	yDw^xGws 0.1 % p.a.
L G9#D Accuracy, total accuracy	t,;b*ZR ±1.5 %FSS	H %PIE1_ ±1.5 %FSS
NPR{g!tK% Dimensions without connections	JGk,u6K7 13×18×8mm3	mH3{<^Z6 13×18×8mm3
k<S!\| Features	=j~}];I Unmatched sensitivity and resolution	Th*mm3D6 Unmatched offset stability, linearity,sensitivity and resolution
	\|zL.PS Analogue signal conditioning	FdJC@Y-#uA Digital signal conditioning with SPI businterface and analogue output at the same time
	iF]vIg#h Micro-flow channel integrated oDas~0<oh within sensor chip	}(XvI^K[^ Micro-flow channel integrated QfM*K.7Sl within sensor chip
	E0S[TEDa] High immunity to dust, humidity and longtubing	N:/$N@"Ge High immunity to dust, humidity and longtubing
	_'oy C(:} Miniature housing	iJE\|u Miniature housing

h Tn^:%( Model	}fs;yPl, HMA	>Y< y]vM: HMI	2=NYBOE HME
9~mi[l~ Pressure ranges	am05>c9 100 mbar to 10 bar	(;h]'I@ 100 mbar to 10 bar	0?t!tugG 101 mbar to 10 bar
9~mi[l~ Pressure ranges	_>:g&pS/ 1 to 150 psi	cw<DM%p 1 to 150 psi	:<IW' 1 to 150 psi
F]?$Q'U Pressure type	<FK7Rz:4T Gage, Differential	*id\|za\|:k Gage, Differential	0KT{K( Gage, Differential
S8vmXlD Output signal	A?\|cJ"N 0.5-4.5 V	JT^E`<nn I2C bus	)x\|BY> SPI bus
Nd!2 @?V4 Accuracy,non-linearity	n7q-)Dv_U ±0.25 %FSS	e?lqs,m@" ±0.25 %FSS	W{m0z+N[B ±0.25 %FSS
W@$p'IBwm Accuracy, total accuracy	6eK^T= ±1.5 %FSS	p go\(K0 ±1.5 %FSS	q%:Jmi> ±1.5 %FSS
\|PJW2PN Temp. range compensated	)Y&De)= -20-85°C	JcVq%~{M -20-85°C	UXk8nH -20-85°C
5!ReW39c; Dimensions without connections	:M[E-j; 10×13×6mm3	rw\4KI@ L 10×13×6mm3	r&3fSx9 10×13×6mm3
<7] z' Features	#=.h:_9 Increased media compatibility forgases and liquids	'qd") Increased media compatibility forgases and liquids	Xp?Z;$r$ Increased media compatibility forgases and liquids
	NJtB; Digital signal conditioning	}t-r:R$, Digital signal conditioning	dw4)4_ Digital signal conditioning
	eXaDx%mM Analogue output signal	.CpF0 I2C bus interface	.yP 3}Nl SPI bus interface
	KnFbRhu[ Very small housings	'Lw\nO. Very small housings	z0W+4meoH Very small housings

u ?Xku8 1l Model	x/S%NySG SSO	vZDQ@\HrC SSI	&^7)yS+C KMA
5Q}@Y3 i= Pressure ranges	K/,lw~> 200 mbar to 35 bar	N_DgnZ7* 200 mbar to 35 bar	t]o gn( 500 mbar to 100 bar
5Q}@Y3 i= Pressure ranges	dbXG?K][ 3 to 500 ps	-/qrEKQ0U? 3 to 500 psi	r/T DU[`& 7 to 1500 psi
gPi_+-@ Pressure type	\|#B"j1D,H Absolute, Gage	Q}T9NzOH% Absolute, Gage	j WE\ Gage
#?=cg]v_ Output signal	D{l((t3=T 100mV (FSO)	<XagkD 0.5-4.5V, I2C bus	]O\W<'+V 0.5-4.5V
"%]dC{ Accuracy,non-linearity	Ttj5%~ ±0.1 %FSS	Wd}mC<rv1 ±0.1 %FSS	Z9D4;1 ±0.4 %FSO
.-ABo]hf Accuracy, total accuracy	u@EM,o ±1.5 %FSS	?:nZv< x ±1.5 %FSS	*^uj(8U ±1.5 %FSS
bsry([N>w Temp. range compensated	7. .vaq# 0-50°C	B# fzMaC -20-85°C	z)~!G~J] 0-85°C
3$cF)5Vf Temp. range operating	\PONaRK\|[z -40-125°C	}BrE\|'.j' -40-120°C	<.B s`P -20-85°C
20qVzXi Dimensions without connections	h'x~"k1 Φ19mm	PpRO7(<cD Φ19mm	;" *` Φ22×27mm
d"UW38K{ Features	,]mwk~HeF High media compatibility	sriz b High media compatibility	Snu;5:R High media compatibility
	}A7qIys$4 Fully welded stainless steel (O2HB-<rY construction	U08?*{ Fully welded stainless steel construction	@RIEO%S Ceramic pressure sensor element instainless steel housing
		36a~! Very high total accuracy
		%6'D!H?d I2C bus interface and analogue
		=7Vl{>*1N output at the same time	Zg&\K~OC Digital signal conditioning

B7MW" y Type	ZD%_PgiT Pressure	1>VS/H` Min	'kvFU_) Typ	eF^"{a3b Max	~UC/\|t$ Unit
wPJRp]FA K-Serie STARe A/G, the pressure sensorsare based on the High Stability Line STARe
O + & xb K10-HS20V-06k0-A/GXX	J*!:ar 6 kPa	FT>~ES]cQd 60	oB R(7U~0 100	BkxhF 140	DS}rFU mV@5V
u^zitW!X$ K10-HS20V-10k0-A/GXX	<]^;/2.B 10 kPa	dm=F:\C 60	@:9fS 100	rDX'oP: 140
(mIJI,[xn K10-HS20L-35k0-A/GXX	chmJ\| 35 kPa	B8AzN9v&"N 60	0"psKf' 100	]}7rWs[\|1 140
\|p -R9A*>h K10-HS20L-100k-A/GXX	7EP\|X. 100 kPa	vj&5` 60	BDkBYhz;7 100	+c8AbEewg 140
*;e@t4 K10-HS20M-250k-A/GXX	1DLG]-j} 250 kPa	ioNa~F& 60	Jrd4a~XP 100	rk,1am:cg 140
R:OU>HsdX K10-HS20M-500k-A/GXX	^I<T+X+< 500 kPa	04PoBv~g 60	cia-OVX 100	aXbNDj ][ 140
2\63&C^ K10-HS20M-01M0-A/GXX	)s<WG} 1.0 MPa	3V Mh) 60	4m~7 ~-h 100	+'['HQ) 140
8\| e$ K10-HS20M-03M0-A/GXX	g"]<J& 3.0 MPa	lIVxW+ 60	.D,?u"fk\| 100	]LBvYjMY 140
qE`:b0FT K10-HS20M-10M0-A/GXX	i=1 }lkq 10.0 MPa	nl'J.dJe 200	G?1x+H;o5 250	K 5qLBz@U 300
te;Ox!B& K10-HS20M-20M0-A08	U8K&Q4^ 20.0 MPa	6I&j cHH 60	N$%61GiulT 100	x\`RW3 K 140
n4WSV K10-HS20M-40M0-A08	uGa(_ut 40.0 MPa	VPM\|Rj:d 60	X"k^89y$ 100	ByhOK}u;P4 140
]D{c4)\7C\| K-Series STARe D, the pressure sensorsare based on the High Stability Line STARe
cK\|rrwa0 K10-HS20V-06k0-DXX	WbQhlsc: 6 kPa	E5*-;>2c 60	i<#h]o C} 100	gp$EXJ= 140	ApG'jN mV@5V
XhE$&Ff K10-HS20L-10k0-DXX	Kd/[Bs% 10 kPa	Sf'i{xye 60	6; 5)/q 100	,b6kTQq 140
[_ M6/ K10-HS20L-35k0-DXX	n5egKAgA 35 kPa	gb=80s0 60	\|"CJ 100	MUbhEau? 140
n5bXQ K10-HS20L-100k-DXX	uX<+hG.n} 100 kPa	(\|g").L 60	C~ZE95g 100	+R "AA_A? 140
r7Nu>[r5 K10-HS20M-250k-DXX	S9G8aea/ 250 kPa	0NQ7#A 60	@A [)hk&(R 100	<#xrrRhm} 140
20rN,@2< K10-HS20M-500k-DXX	Zk]k1]u*5 500 kPa	*>e~_{F 60	6Cl+KcJH 100	s.^c..e75C 140
7<EJo$-j K10-HS20M-01M0-DXX	uQ:Qb\| 1.0 MPa	:v#k&Uh3y 60	ra]!4Kd' 100	$42Au2Jg 140

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