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。

g-^CuXic Model		W@wT,yJ8@ HDU	wCmwH=O HMU
?rBj{]= Pressure ranges		D%^EG8i n. 100 mbar to 5 bar	M8juab%y 100 mbar to 10 bar
?rBj{]= Pressure ranges		&<_sXHg<x 1 to 70 psi	B\|extWwu 1 to 70 psi
t:=Ui/!q Pressure type		ev8E.ehD Absolute, Gage, Differential	boN)C?"^h Absolute, Gage, Differential
L7D'wf Output signal		Y!POUMA }A 100mV (FSO)	PI?-gc?[ 100mV (FSO)
{xM%3 Thermal effects	_^a.kF Offset	:~T:&;q0 ±0.02 %FSS/°C	%J\|EDf,M ±0.02% FSS/°C
	&q":o 'q Span	W 8E<P y -0.2% FSS/°C	XLmbpEh -0.2% FSS/°C
	j,1,; Bridge impedance	v11mu2 0.26 %/°C	GuDus2#+ 0.26 %/°C
h+Q== Temp. range operating		)3..7ht3^5 -40-85°C	kN}.[enI~ -40-85°C
gpw(j0/Fs Dimensions without connections		\!SC; 12×15×7mm3	/au\OBUge 10×13×6mm3
x7NxHTL Features		#Jm_~k Analogue sensor with ,Y`C7Px nearly unlimited resolution	8tdUnh%/ Analogue sensor with QGLm4 Wl9 nearly unlimited resolution
		P%/+?(? Cost-effective basic pressure sensor	CiMy_`H Cost-effective basic pressure sensor
		P%/+?(? Cost-effective basic pressure sensor	nmSpNkJ5 Increased media compatibility

gsU&}R1*h Model	Q]\|+Y0y}X HCL	@8CD@SDv HDO	4uu*&B HRO
R#T6Ii Pressure ranges	<4O=[Q5S 5 to 75 mbar	=vK(-h 10 mbar to 5 bar	_8S).* 10 mbar to 10 bar
R#T6Ii Pressure ranges	2XI%4 2 to 30 inH2	/4T%&#6s 4 inH2O to 70 psi	m.^6ef 4 inH2O to 150 psi
~Snw': Pressure type	-_314j=`/ Gage, Differential	yGD0}\!n Absolute, Gage, Differential	;ib~c, Gage, Differential
d9^=#ot Output signal	}F3Z~ 20mV (FSO)	NKB!_R+ 90mV (FSO)	\|QzPY8B9O 90mV (FSO)
KGI]W\|T Accuracy, non-linearity	Lte\;Se.tu ±0.05 %FSO	WYh7Y ±0.1 %FSO (P-grade)	'8Gw{&& ±0.25 %FSS
KGI]W\|T Accuracy, non-linearity	Lte\;Se.tu ±0.05 %FSO	}BfwMq4E)n ±0.2 %FSO (H-grade)	'8Gw{&& ±0.25 %FSS
\|j!D _j#U Temp. range compensated	+L49 pv5 0-70°C	-[7.VP 0-50°C	d@l;dos), 0-70°C
h5Z\9`f[ Temp. range operating	(&gCVf -25-85°C	V2y[IeSQ -40-85°C	T }8aj -25-85°C
HwGtLeB" Dimensions without connections	jG^~{7# 13×16×7mm3	Z6*RIdD> 12×15×7mm3	g_x<+3a 29×18×11mm3
^Gyl:hN Features	es6e-y@e Analogue sensor with nearly unlimitedresolution	[cH/Y2[ Analogue sensor with J\{)qJ*jp nearly unlimited resolution	L{Th>]X Analogue sensor with m2}&5vD8- nearly unlimited resolution
	O@$hG8: For very low pressures	Hc+<(g Different accuracy classes available	h!Q>h7 Different accuracy classes available
	81n%2G Excellent offset stability
	%sq=lW5R{b Virtually no position sensitivity

4-"wFp Model	[L\w]6 HCLA	)N=wJN1 HCE	QxkfP%_g HDI
UkYQ<MNO Pressure ranges	"2h#inS 2.5 to 75 mbar	ENmo^O#,u 10 mbar to 5 bar	J\%:jg( m 10 mbar to 5 bar
UkYQ<MNO Pressure ranges	J^XH^`' 1 to 30 inH2O	A1@-;/H3 4 inH2O to 70 psi	.dfTv/n 4 inH2O to 70 psi
d}G?iX;c} Pressure type	5FzRusNiA Gage, Differential	:.~a[\C@V< Absolute, Gage, Differential	c`>\R<Z ] Absolute, Gage, Differential
5>=tNbk"s Output signal	M{S7ia"s 0.25-4.25 V, I2C bus	tL5Xfd?u 0.25-4.25 V, SPI bus	d.+vjMI 0.5-4.5 V, I2C bus
GWW@8GNI Accuracy, non-linearity	)FP\|}DCxQ ±0.05 %FSS	! $iR:ji ±0.1 %FSS	V":BAn ±0.1 %FSS
_(jE](, Accuracy, totalaccuracy	A`r9"([-A N.A.	j@ "`!uPz ±0.5 %FSS	=.%ZF]Oe+# ±0.5 %FSS (P-grade)
_(jE](, Accuracy, totalaccuracy	A`r9"([-A N.A.	j@ "`!uPz ±0.5 %FSS	sH]AB=_ ±1.5 %FSS (H-grade)
ZMe\|fn Temp. range operating	-{wuF0f -25-85°C	9t[278B6 -25-85°C	Z^\|C~lp;n -20-85 °C
^"Y'zIL Dimensions without connections	6?lg 6a/eO 13×16×7mm3	d{he 13×16×7mm3	<\8 12×15×7mm3
g IKm Features	G225Nz;Y* Digital signal conditioning	`SW " RLS3 Digital signal conditioning	w(U/(C7R Digital signal conditioning
	b[k 1)R" For very low pressures	L7g&]% Very high total accuracy	<It7s1O Very high total accuracy
	3oKGeB;Ja Excellent offset stability and virtuallyno position sensitivity	q+z\Y? SPI bus interface and analogue output \atthe same time	{q)B@#p I2C bus interface and analogue output :2My\|3H\ at the same time
	e^GW[lT I2C bus interface and analogue output OT[m g4& at the same time		L1xD$wl Different accuracy classes available

##_Za6/n Model	M;Rw]M LBA	<f6PULm LDE
TxvPfU? Pressure ranges	-IS9uaT5 25 to 500 Pa	wUeOD.;#F 25 to 500 Pa
TxvPfU? Pressure ranges	hN53=X: 0.1 to 2 inH2O	Sg$\ab$ 0.1 to 2 inH2O
Ltw7b Pressure type	;5k\|gW Gage, Differential	O-5U\|wA Gage, Differential
-],?kP Output signal	?<?C*W_ 0.5-4.5 V	gJxVU41 0.5-4.5 V, SPI bus
1.H!A@ Offset stability	Bqi2n'^O2 0.3 % p.a.	wKlCx 0.1 % p.a.
{Yk20Zn Accuracy, total accuracy	CD1=2 ±1.5 %FSS	O`jA-t ±1.5 %FSS
$tHwJ!<$& Dimensions without connections	j2 ^T:q[ 13×18×8mm3	$jm<' 4 13×18×8mm3
a.IF%hP0xo Features	!#I/be] Unmatched sensitivity and resolution	2P_^@g Unmatched offset stability, linearity,sensitivity and resolution
	<57l\|}8 Analogue signal conditioning	KdJx#Lc Digital signal conditioning with SPI businterface and analogue output at the same time
	(y=o]Vy Micro-flow channel integrated eJGos!>* within sensor chip	Qsxkw Micro-flow channel integrated Gy6qLM within sensor chip
	J<#`IaV High immunity to dust, humidity and longtubing	}!]x\|zU.= High immunity to dust, humidity and longtubing
	)v{41sM+ Miniature housing	+4g%?5' Miniature housing

>MWpYp Model	{dx /p-Tv HMA	j4xr1y3^ HMI	j~S!!Z] HME
KbdfSF$ Pressure ranges	<GgtP55 100 mbar to 10 bar	\seG2vw$ 100 mbar to 10 bar	0#fG4D_ 101 mbar to 10 bar
KbdfSF$ Pressure ranges	I/V)z9 1 to 150 psi	XH:gQ9FD 1 to 150 psi	FNm6/_u3 1 to 150 psi
B/D\gjb Pressure type	tP Efz+1N Gage, Differential	a!y,!EB+Qu Gage, Differential	V"by9p\|V` Gage, Differential
hY= s9\ Output signal	"gvw0) 0.5-4.5 V	+#uNQ`1v I2C bus	/1W7<']>xV SPI bus
NC.P2^% Accuracy,non-linearity	>@^yj+k ±0.25 %FSS	dXcPWbrU4 ±0.25 %FSS	]]=-AuV. ±0.25 %FSS
RQpIBsj Accuracy, total accuracy	f;Bfh3 ±1.5 %FSS	n;kciTD%wK ±1.5 %FSS	,B~lwF9 ±1.5 %FSS
B3>Uba*-)} Temp. range compensated	Z&]+A, -20-85°C	$EQT"ZX>%i -20-85°C	h*#2bS~nl- -20-85°C
B221}t Dimensions without connections	9]L!. 10×13×6mm3	14rVb2^ 10×13×6mm3	hD$p;LF 10×13×6mm3
Z6R: rq Features	YQ@dl Increased media compatibility forgases and liquids	6L8tz8 Increased media compatibility forgases and liquids	XewXTd#x Increased media compatibility forgases and liquids
	6MQs \J6. Digital signal conditioning	q: TT4MUj< Digital signal conditioning	V5u}C-o Digital signal conditioning
	Db#W/8 a8k Analogue output signal	UAx.Qq I2C bus interface	s!@=rq SPI bus interface
	8<yV Very small housings	:Hzz{' Very small housings	*>aZc:: Very small housings

s%N` Model	~m?74^ i SSO	~KAp\!, SSI	Ha)3i{OM KMA
mq J0z4I} Pressure ranges	$u; >hk 200 mbar to 35 bar	[y\|^P\D 200 mbar to 35 bar	`Di ^6UK( 500 mbar to 100 bar
mq J0z4I} Pressure ranges	;\|>q zx 3 to 500 ps	nDHHYp 3 to 500 psi	7P/?wv9+n* 7 to 1500 psi
1V\|< A Pressure type	&'5@azU Absolute, Gage	]aC':55( Absolute, Gage	S'Z70 zJ Gage
<XQN;{xSa Output signal	SON^CvMs{ 100mV (FSO)	$ \Q<K@{ 0.5-4.5V, I2C bus	ZnvEv;P 0.5-4.5V
MxO W)$f Accuracy,non-linearity	HGO#e ±0.1 %FSS	Ku<b0<` ±0.1 %FSS	6=ZRn gQ ±0.4 %FSO
@sc8}"J]# Accuracy, total accuracy	Ur'9bl{5 ±1.5 %FSS	7?6xPKQ)H ±1.5 %FSS	%`xV'2H ±1.5 %FSS
Qg'c?[~W@ Temp. range compensated	+ ,@ FxZl 0-50°C	On#;)35M -20-85°C	DMF?5GX 0-85°C
]b4pI*:$I Temp. range operating	S~+O`y^ -40-125°C	]3n, AHA -40-120°C	f{)+-8 -20-85°C
oM6j>&$b Dimensions without connections	99<4t$KH Φ19mm	YV5Yx-+3w$ Φ19mm	QCeMKjCmY Φ22×27mm
VZ\O9lD Features	<+V-k\| High media compatibility	Yo>`h2C4 High media compatibility	3>RcWy;1i High media compatibility
	Y\.-v\uJu Fully welded stainless steel 8';m)Jc construction	#v{Y=$L Fully welded stainless steel construction	%lN2n,AK Ceramic pressure sensor element instainless steel housing
		/_]ltXD Very high total accuracy
		5\okU"{d7 I2C bus interface and analogue
		<f%ujrX output at the same time	q_cC7p6t Digital signal conditioning

\Ke8W,)ew Type	TYYp"wx Pressure	>^dyQyK Min	vkJ)FEar Typ	! 0^;;' Max	~e{H#*f&1/ Unit
`)T&~2n K-Serie STARe A/G, the pressure sensorsare based on the High Stability Line STARe
yH^f\u0 K10-HS20V-06k0-A/GXX	AIb>pL{ 6 kPa	m+?N7 60	ny)]GvxI 100	g+/0DO_F3 140	hi!`9k mV@5V
qpI]R K10-HS20V-10k0-A/GXX	FKC\VF 10 kPa	K}x_nW 60	#<4--$Xo 100	"f4<B-9<$ 140
{3LA%xO K10-HS20L-35k0-A/GXX	wxE?3%.j\ 35 kPa	+td<{4oq8 60	Jy]Id*u9 100	%<ic%gt`# 140
D\|l,08n"? K10-HS20L-100k-A/GXX	uMvb-8 100 kPa	,of]J\| 60	b^x07lO 100	{6h\|6.S2 140
:$?Q D K10-HS20M-250k-A/GXX	gw^'{b 250 kPa	m[spn@SF 60	6g"C#&{@ 100	qNxB{0(D 140
nU2V]-qY K10-HS20M-500k-A/GXX	:=*}htP4C 500 kPa	" !-Kd'V 60	,X68xk.' 100	4/'N\|c. 140
/_)l\|<k+V K10-HS20M-01M0-A/GXX	v>H=,.`0\ 1.0 MPa	RP! X8~8 60	,(N[*)G 100	!77NG4B 140
hJf2o K10-HS20M-03M0-A/GXX	{:bN/zV# 3.0 MPa	xr[Vp 60	[}-3PpF 100	Qqc]aVRF 140
\K7t'20 K10-HS20M-10M0-A/GXX	T_LLJ}6M 10.0 MPa	M&KyA 200	n-J2/j 250	C5*xQlCq} 300
};b1ahaG K10-HS20M-20M0-A08	&eQJfc\a 20.0 MPa	F PR`tE 60	=sgdkAYwP 100	`)Ky0&? 140
;b0NGa(k K10-HS20M-40M0-A08	TTZe$>f 40.0 MPa	`VT>M@i/ 60	s^hR\iY 100	]*N1t>fb 140
]s_8A`vm K-Series STARe D, the pressure sensorsare based on the High Stability Line STARe
pHC/(6? K10-HS20V-06k0-DXX	gb" 4B%Hm 6 kPa	)C~9E 5E 60	UzG[:ic% 100	@Jn!0Y1_3 140	@S^ASDuQU7 mV@5V
fCw*$:O K10-HS20L-10k0-DXX	`yO'[2 10 kPa	/7"I#U^u/ 60	B&0;4 100	IG ~`i I 140
"_1)CDqP K10-HS20L-35k0-DXX	~h$wH{-U# 35 kPa	zjl!9M! 60	p3(2?UO! 100	F@YKFk+a 140
"i^ GmVn K10-HS20L-100k-DXX	l'[A?%L%{ 100 kPa	<vV_%uoM 60	H t(n%;< 100	qv*7K@ 140
P-`(0M7^ K10-HS20M-250k-DXX	1q7tiMvV- 250 kPa	QzvHm1,@ 60	C[sh, 100	.a'f\|c6 140
nh+l78 K10-HS20M-500k-DXX	yx38g ca 500 kPa	zUJZ`seF 60	80OtO#1y 100	Q\ppfc{, 140
+Vb8f["+- K10-HS20M-01M0-DXX	/YAJbr 1.0 MPa	#%0Bx3uM 60	]6r;}1c 100	zAzP,1$? 140

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