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。

<\Y(+?+uZ Model		{^N,$,Ab. HDU	H'/V<% HMU
Fv %@k{ Pressure ranges		?Sa,n^b*H 100 mbar to 5 bar	G<<;a 100 mbar to 10 bar
Fv %@k{ Pressure ranges		F*Hovxez 1 to 70 psi	@%L 1 to 70 psi
*aWh]x9TlU Pressure type		L xIKH G Absolute, Gage, Differential	':_gYA Absolute, Gage, Differential
lt:&lIW,3 Output signal		uE(5q!/ 100mV (FSO)	=A'JIssk 100mV (FSO)
XP%_\|Q2X Thermal effects	OAW_c.)5D Offset	\|zP~/ ±0.02 %FSS/°C	=LK`mNA ±0.02% FSS/°C
	@}!?}QU Span	{fl[BX]kZ -0.2% FSS/°C	&1^~G0Rh\ -0.2% FSS/°C
	ts@$* Bridge impedance	2W_[\|.;' 0.26 %/°C	?f'`b<o 0.26 %/°C
8$47Y2r@ Temp. range operating		L&:A59)1k -40-85°C	w~crj$UM -40-85°C
$E^sA\|KcT Dimensions without connections		c1+z(NQ3 12×15×7mm3	P{`fav 10×13×6mm3
)zz{~Cf Features		;Wk3>\nT- Analogue sensor with z@\mn nearly unlimited resolution	A&v Qtd Analogue sensor with yY49JZ nearly unlimited resolution
		04v ~K Cost-effective basic pressure sensor	#Y-_kQV* Cost-effective basic pressure sensor
		04v ~K Cost-effective basic pressure sensor	l?J[K Increased media compatibility

i(.PkYkaq Model	<im}R9eJ1 HCL	"oZ_1qi< HDO	=B;qy7? HRO
sIaehe'B Pressure ranges	BOM0QskLf 5 to 75 mbar	tlvZy+Blv 10 mbar to 5 bar	06.8m;{N 10 mbar to 10 bar
sIaehe'B Pressure ranges	mA,{E-T 2 to 30 inH2	.:Wp9M 4 inH2O to 70 psi	`H*mQERb 4 inH2O to 150 psi
BU>R<A5h Pressure type	"o u{bKe Gage, Differential	&LB` Absolute, Gage, Differential	saQ ~v@ Gage, Differential
&;JeLL1J Output signal	T5T[$%]6 20mV (FSO)	Da6l=M 90mV (FSO)	~/aCzx~ 90mV (FSO)
AFYdBK] Accuracy, non-linearity	a"g\f{v0AR ±0.05 %FSO	*x p_# ±0.1 %FSO (P-grade)	=c&.I}^1L ±0.25 %FSS
AFYdBK] Accuracy, non-linearity	a"g\f{v0AR ±0.05 %FSO	ZDI?"dt{ ±0.2 %FSO (H-grade)	=c&.I}^1L ±0.25 %FSS
e F}KOOfC Temp. range compensated	DXO'MZon3 0-70°C	eUR+j?5I 0-50°C	z`\KQx 0-70°C
p*@t$0i Temp. range operating	mOTA -25-85°C	a7u*d`3X= -40-85°C	s)-bOZi -25-85°C
4JO16 Dimensions without connections	*u,&?fCl 13×16×7mm3	.s41Tc5u 12×15×7mm3	7aPA+gA/ 29×18×11mm3
ZzR0k Features	M5_t#[ [ Analogue sensor with nearly unlimitedresolution	Z}>;@c Analogue sensor with w&VDe(:~ nearly unlimited resolution	>X"\+7bw Analogue sensor with \|_+l D\|' nearly unlimited resolution
	.i\|nn[H & For very low pressures	b^}U^2S% Different accuracy classes available	JlRNJ#h> Different accuracy classes available
	"<)Jso\| Excellent offset stability
	p-DHTX Virtually no position sensitivity

]8Xip/uE Model	10m\|? HCLA	$ZB`4!JxG HCE	TpYh)=;k HDI
Vr%ef:uVV Pressure ranges	H}CmSo8& 2.5 to 75 mbar	"}-S%v`)z 10 mbar to 5 bar	2<w vO 9 10 mbar to 5 bar
Vr%ef:uVV Pressure ranges	d1 kE)R 1 to 30 inH2O	(#z6w#CU( 4 inH2O to 70 psi	_nX8f & 4 inH2O to 70 psi
V(io!8, Pressure type	x1E;dbOZ Gage, Differential	m] -cRf)9 Absolute, Gage, Differential	#Oq.}x?i Absolute, Gage, Differential
@^g~F&Ta Output signal	>XM]UdP 0.25-4.25 V, I2C bus	j}(m$j' 0.25-4.25 V, SPI bus	AA=eWg 0.5-4.5 V, I2C bus
~0?B Accuracy, non-linearity	ub`zS-vb ±0.05 %FSS	0plX"NU ±0.1 %FSS	[9MbNJt 8~ ±0.1 %FSS
1_Av_X Accuracy, totalaccuracy	&"J; N.A.	WA:r4V ±0.5 %FSS	N&Ho$,2s ±0.5 %FSS (P-grade)
1_Av_X Accuracy, totalaccuracy	&"J; N.A.	WA:r4V ±0.5 %FSS	/s=veiH ±1.5 %FSS (H-grade)
v#X#F9C Temp. range operating	vEGI -25-85°C	~$"2,& -25-85°C	YB2gxZ -20-85 °C
kl9~obX 1 Dimensions without connections	27$,D XD 13×16×7mm3	nf1 `)tXG 13×16×7mm3	SR?(z 12×15×7mm3
.\|s,':hA Features	R*S:/s Digital signal conditioning	_)~VKA]"" Digital signal conditioning	Y\| ch ; Digital signal conditioning
	E\;%,19Ob For very low pressures	dB0 UZirb Very high total accuracy	FC+h \ Very high total accuracy
	\|')PQ Excellent offset stability and virtuallyno position sensitivity	LGX+_" SPI bus interface and analogue output \atthe same time	wp> z04 I2C bus interface and analogue output ~<_WYSzS at the same time
	'U0W I2C bus interface and analogue output <c!gg7@pm at the same time		=_ b/g Different accuracy classes available

#k`gm)\| Model	K' <[kh:cl LBA	BNI)y@E^X LDE
',LC!^:~Nw Pressure ranges	tAI v+L 25 to 500 Pa	K4YD}[ 25 to 500 Pa
',LC!^:~Nw Pressure ranges	W7!iYxO 0.1 to 2 inH2O	W-/V5=? 0.1 to 2 inH2O
ecQ,DOX\|b Pressure type	/!MKijI Gage, Differential	2+~gZxHq Gage, Differential
woBx609Aak Output signal	X ,^([$ 0.5-4.5 V	mw;4/ /R 0.5-4.5 V, SPI bus
)c'E9ZuZ>d Offset stability	C_8_sbZ/ 0.3 % p.a.	< *;GJ{ 0.1 % p.a.
VY+P c/b Accuracy, total accuracy	d%-/U!z? ±1.5 %FSS	w-LENdw ±1.5 %FSS
gTU5r4xm~ Dimensions without connections	57gt"f 13×18×8mm3	Qx8(w"k* 13×18×8mm3
=+ >>l0=_v Features	xSSEDfq Unmatched sensitivity and resolution	v}d)uPl}; Unmatched offset stability, linearity,sensitivity and resolution
	#d-zH:uq Analogue signal conditioning	[A"=!e$< Digital signal conditioning with SPI businterface and analogue output at the same time
	ar}-~~h 5 Micro-flow channel integrated NMf#0Nz- within sensor chip	N)R5#JX Micro-flow channel integrated n_9Ex&?e within sensor chip
	QKlsBq High immunity to dust, humidity and longtubing	2{vAs High immunity to dust, humidity and longtubing
	5\#I4\ Miniature housing	dIYf}7P Miniature housing

Y\|Gp\ Model	xz.Jmv HMA	-C3[:g HMI	HG?+b HME
~?HK,`0h> Pressure ranges	dr:x0> 100 mbar to 10 bar	Sp:w _;{# 100 mbar to 10 bar	18QqZ,t 101 mbar to 10 bar
~?HK,`0h> Pressure ranges	$D!/v)3 1 to 150 psi	o.0tD 1 to 150 psi	dM= &?g 1 to 150 psi
JcmJq fR Pressure type	X~D[CwA\|` Gage, Differential	\|l+5E Gage, Differential	U$& '>%# Gage, Differential
6uFw+Ya# Output signal	LSJ.pBl\X 0.5-4.5 V	/o'lGvw I2C bus	PS+~JwDUc SPI bus
Q!V:=d Accuracy,non-linearity	"V26\ ±0.25 %FSS	H)7v$A,5% ±0.25 %FSS	Zp~yemERr ±0.25 %FSS
yxp,)os: Accuracy, total accuracy	^4^N}7>5 ±1.5 %FSS	#O\as~- ±1.5 %FSS	2[qfF6FHA ±1.5 %FSS
_OuNX.yrG Temp. range compensated	B\)Te9k' -20-85°C	-kMw[Y -20-85°C	aXJ/"k #Tl -20-85°C
n-"(~ Dimensions without connections	Xi[]8o 10×13×6mm3	E(\|A"=\ 10×13×6mm3	dVEs^ZtI 10×13×6mm3
9 $$uk'}w! Features	0h*Le Increased media compatibility forgases and liquids	. c+m(Pk Increased media compatibility forgases and liquids	\|zpy!X3 Increased media compatibility forgases and liquids
	\|;wc8; Digital signal conditioning	YxJQ^D` Digital signal conditioning	3rH}/`d4 Digital signal conditioning
	D48e30 Analogue output signal	DMG~56cTO, I2C bus interface	s~A-qG> SPI bus interface
	D~ Y6%9 Very small housings	8e*skL Very small housings	+?o!"SJ Very small housings

0HoHu*+FX Model	/)Cfm1$ic SSO	<Q9l'u]3$c SSI	rtJER?A KMA
dnoF)(d&Cm Pressure ranges	?I[8rzBWU 200 mbar to 35 bar	-\|#{V.G3' 200 mbar to 35 bar	CE`]X;#y 500 mbar to 100 bar
dnoF)(d&Cm Pressure ranges	:&vX0 Ce: 3 to 500 ps	U`qC.s(L 3 to 500 psi	=?6c&Z 7 to 1500 psi
Intuda7e1 Pressure type	,X^3.ILz Absolute, Gage	OlRXgJ Absolute, Gage	`5?0yXK Gage
Gc`PO Output signal	3LLG#l)8 100mV (FSO)	2lpPN[~d 0.5-4.5V, I2C bus	s"=TM$Vb 0.5-4.5V
,Zn6T"[$ Accuracy,non-linearity	vF$( Y/ ±0.1 %FSS	Gg'!(]v ±0.1 %FSS	h8`On/Ur_8 ±0.4 %FSO
@Z ==B%` Accuracy, total accuracy	F(ydqgH~a ±1.5 %FSS	wBXa;. ±1.5 %FSS	@^UgdD,BS, ±1.5 %FSS
}S uj=oFp Temp. range compensated	h$'6."I 0-50°C	RQQ'Wg -20-85°C	^Qx?)(@ 0-85°C
U*=E(l Temp. range operating	D wJ^ W&* -40-125°C	AyO%,6p[ -40-120°C	KBB)xez8 -20-85°C
M/p9 I gp Dimensions without connections	,yGbMOV Φ19mm	=Q(J!f Φ19mm	y<FC7 Φ22×27mm
R BHDfm'~7 Features	@FN\|=?8% High media compatibility	(2#Xa,pb High media compatibility	hE {";/}J High media compatibility
	RD:G9[ Fully welded stainless steel MWv@]P_0p! construction	%jjPs. Fully welded stainless steel construction	x8@ 4lxj Ceramic pressure sensor element instainless steel housing
		T-a>k.}y Very high total accuracy
		?A\|JKOst] I2C bus interface and analogue
		~x,_A>a output at the same time	)%@7tx Digital signal conditioning

U~][ ph Type	X=whZ\EZ Pressure	3UUdJh<~ Min	k 3m_L- Typ	zfKO)Itd Max	x9Z89Gwi Unit
,N(Yjq"R K-Serie STARe A/G, the pressure sensorsare based on the High Stability Line STARe
We{@0K/O K10-HS20V-06k0-A/GXX	z='%NZY 6 kPa	r"2lcNE 60	t\ oud{Cv 100	> mO*.'Gm 140	VH]}{i"` mV@5V
d MR?pbD K10-HS20V-10k0-A/GXX	R#hy2kA 10 kPa	_dm0*T ? 60	?{ExBZNa 100	FJZ'P;3 140
1@p, K10-HS20L-35k0-A/GXX	B$2b=\ 35 kPa	vT EqT 60	D:Q#%wJ 100	o^~ZXF} 140
Xeq9Vs zg K10-HS20L-100k-A/GXX	0]SWyC : 100 kPa	vIJ5iLF 60	!*:g??[T 100	qhY+<S9 140
j_2g*lQ7a K10-HS20M-250k-A/GXX	)oCL![^pXe 250 kPa	jcqUY+T$ 60	id:,\iJ 100	ym{@w3"S 140
:o8`2Z*g K10-HS20M-500k-A/GXX	tG$O[f@U6 500 kPa	7.Y;nem:( 60	veq3t$sj 100	7=Muq]j2 140
/GGyM]k3 K10-HS20M-01M0-A/GXX	O z0-cM8t 1.0 MPa	8s6[-F5 60	#4m5I=" 100	M^'1Q.K 140
rtS cQ K10-HS20M-03M0-A/GXX	FXBmatBck 3.0 MPa	(O J/u)W^ 60	Nl YFS?5 100	/=;,lC 140
F[}#7}xjA K10-HS20M-10M0-A/GXX	90}vFoy 10.0 MPa	9$$ Ijf 200	v,}C~L3 250	/FN:yCf 300
\|/K\|Vwa K10-HS20M-20M0-A08	fsjLD\|?\|: 20.0 MPa	P{)D_Bi 60	y7UU'k` 100	# QwX\|x{ 140
@FIL4sb K10-HS20M-40M0-A08	#tKks:eL 40.0 MPa	3yRvs;nWS 60	d=bKNA90 100	PFp!T [) 140
o?}dHTk7 K-Series STARe D, the pressure sensorsare based on the High Stability Line STARe
%q\|*}l K10-HS20V-06k0-DXX	7Y@]o=DIc 6 kPa	9R$$(zB 1; 60	AHs%?5YTY; 100	Z~SAlhT 140	'df@4}9 mV@5V
TI3xt-/ K10-HS20L-10k0-DXX	M%_*vD 10 kPa	/UunWZ u% 60	"}_J"% 100	}'Ap@4 140
liYsUmjZ= K10-HS20L-35k0-DXX	=iW hK~S 35 kPa	PV,Z@qm@^ 60	Jy:*GW6 100	q}Po)IUT`5 140
G)~>d/ K10-HS20L-100k-DXX	SHYekX 100 kPa	JYNnzgd 60	]7<$1ta 100	&]a(5 140
iWeUsS%zpV K10-HS20M-250k-DXX	~Zsj@d 250 kPa	o%+w:u. 60	a"P & 9c 100	@XG1d)sE 140
*1v3x:pQ' K10-HS20M-500k-DXX	^e^-1s S 500 kPa	Q#yHH]U)X 60	c),UO^EqV 100	7\|=SZ+g 140
H%n/;DW K10-HS20M-01M0-DXX	O=U,x-Wl 1.0 MPa	=55)\|$hgD 60	a`yCPnB( 100	0* x?rO? 140

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