PILZ 繼電器PILZ電子計算機技術、現(xiàn)代通訊技術、光電子技術以及空間技術的飛速發(fā)展,對繼電器技術提出了新的要求,新工藝、新技術的發(fā)展無疑對繼電器技術的發(fā)展起到促進作用。
微電子技術和超大規(guī)模IC的飛速發(fā)展對繼電器也提出了新的要求。*是小型化和片狀化。如IC封裝的軍用TO-5(8.5×8.5×7.0mm)繼電器,它具有很高的抗振性,可使設備更加可靠;第二是組合化和多功能化,能與IC兼容、可內置放大器,要求靈敏度提高到微瓦級;第三是全固體化。固體繼電器靈敏度高,可防電磁干擾和射頻干擾。
PILZ繼電器計算機技術的普及使得微機用繼電器的需求量顯著增加,帶微處理器的繼電器將迅速發(fā)展。80年代初,美國生產的數(shù)字式時間繼電器就可用指令對繼電器進行控制,繼電器與微處理器的組合發(fā)展,可形成一個小巧完善的控制系統(tǒng)。由計算機控制的工業(yè)機器人目前以每年3.5%的速度增長,現(xiàn)在,計算機控制的生產體制已能在一條生產線上生產多種低成本的繼電器,并可自動完成多種操作及測試工作。
pilz通訊技術的發(fā)展對繼電器的發(fā)展具有深遠的意義。一方面是由于通訊技術的迅速發(fā)展使整個繼電器的應用增加。另一方面,由于光纖將是未來信息社會傳輸?shù)闹鲃用},在光纖通訊、光傳感、光計算機、光信息處理技術的推動下將出現(xiàn)光纖繼電器、舌簧管光纖開關等新型繼電器。
光電子技術對于繼電器技術將產生巨大的促進作用,為實現(xiàn)光計算機的可靠運行,目前已試制出雙穩(wěn)態(tài)繼電器。
pilz繼電器為了提高航空、航天繼電器的可靠性,期望繼電器失效率應由目前的0.1PPM降至0.01PPM;載人空間站則要求達到0.001PPM。耐溫要達到200℃以上,耐振要求高于490m/s,同時應能承受2.32×10(4)C/Kg的α射線輻射。為滿足空間要求,必須加強可靠性研究,并建立專門的高可靠生產線。
新型特殊結構材料、新分子材料、高性能復合材料、光電子材料,還有吸氧磁性材料、感溫磁性材料、非晶體軟磁材料的發(fā)展對研制新型磁保持繼電器、溫度繼電器、電磁繼電器都具有重要的意義,并必將出現(xiàn)新原理、新效應的繼電器。
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劉小燕隨著微型和片式化技術的提高。繼電器將向二維、三維尺寸只有幾毫米的微型和表面貼裝化方向發(fā)展;現(xiàn)在上有些廠家生產的繼電器,體積只有5~10年前的1/4~1/8。因為電子整機在減小體積時,需要高度不超過其它電子元件的更小的繼電器。通訊設備廠家對密集型繼電器的需求更加熱切,日本Fujitsu Takamisawa 公司生產的一種BA系列超密集信號繼電器的大小只有14.9(W)×7.4(D)×9.7(H)mm,主要用于傳真機和調制解調器,能承受3kV的波動電壓。該公司推出的AS系列表面安裝繼電器的體積僅為14(W)×9(D)×6.5(H)mm。
pilz繼電器在功率繼電器領域尤其需要安全可靠的繼電器,如高絕緣性繼電器。日本Fujitsu TaKamisawa推出的JV系列功率繼電器內含五個放大器,采用高絕緣性小截面設計,尺寸為17.5(W)×10(D)×12.5(H)mm。由于機芯和外緣之間采用強化絕緣系統(tǒng),其絕緣性能達到5kV。日本NEC 推出的MR82系列功率繼電器的功耗只有200mW。
在pilz繼電器內部裝入各種放大、延時、消觸點抖動、滅弧、遙控、組合邏輯等電路可使其具有更多的功能。隨著SOP技術(Small Outline Package)的突破,生產廠家有可能把越來越多的功能集成到一起。而繼電器與微處理器的組合將具備更廣泛的專門控制功能,從而實現(xiàn)高智能化。
pil技術的成群崛起,將促進不同原理、不同性能、不同結構和用途的各類繼電器競相發(fā)展。在科技進步、需求牽引以及敏感、功能材料發(fā)展的推動下,特種繼電器,如溫度、射頻、高壓、高絕緣、低熱電勢以及非電量控制等繼電器的性能將日臻完善。
pilz電磁繼電器(EMR)從zui初使用繼電器算起,至今已有150多年的歷史了。伴隨著電子工業(yè)的發(fā)展,特別是20世紀70年代初期光耦合技術的突破,使固態(tài)繼電器(SSR,亦稱電子繼電器)異軍突起。同傳統(tǒng)繼電器相比,它具有壽命長、結構簡單、重量輕、性能可靠等優(yōu)點。固態(tài)繼電器沒有機械開關,而且具有諸如與微處理器高度兼容、速度快、抗沖擊、耐振、低漏電等重要特性。同時,由于這種產品沒有機械接點,不產生電磁噪聲,從而不需要附加諸如電阻和電容等元件來保持靜音。而傳統(tǒng)繼電器則需要這些附加元件,因此,傳統(tǒng)繼電器往往笨重而復雜,且成本較高。
pilz繼電器今后,小型密封繼電器市場開發(fā)的重點是與IC兼容的TO-5繼電器和1/2晶體罩繼電器。軍用繼電器將加速向工業(yè)/商業(yè)化轉移。美國軍用繼電器約占繼電器總額的20%。通用繼電器市場繼續(xù)向小型、薄型和塑封方向發(fā)展。小型印制板用繼電器仍將是通用繼電器市場發(fā)展的主流產品,固體繼電器將更趨廣泛,價格將繼續(xù)下降,并向高可靠、小體積、高抗浪涌電流沖擊和抗干擾性靠攏。舌簧繼電器市場將繼續(xù)擴大。表面安裝繼電器的應用領域和需求量將呈上升之勢
P2HZ X1 110VAC 3n/o 1n/c
P2HZ X1 115VAC 3n/o 1n/c
P2HZ X1 120VAC 3n/o 1n/c
P2HZ X1 230VAC 3n/o 1n/c
P2HZ X1 240VAC 3n/o 1n/c
PNOZ XV2 30/24VDC 2n/o 2n/o t
PNOZ XV2 3/24VDC 2n/o 2n/o t
PNOZ XV2 0.5/24VDC 2n/o 2n/o fix
PNOZ XV2 3/24VDC 2n/o 2n/o fix
PNOZ XV2 10/24VDC 2n/o 2n/o fix
PNOZ XV2 300/24VDC 2n/o 2n/o t
PNOZ XV2.1 30/24VAC 24VDC 2n/o 2n/o t
PNOZ XV2.1 30/120VAC 24VDC 2n/o 2n/o t
PNOZ XV2.1 30/230VAC 24VDC 2n/o 2n/o t
PNOZ X2.4V 1/24VDC 4n/o 1so fix
PNOZ XV2.1 3/24VAC 24VDC 2n/o 2n/o t
PNOZ XV2.1 3/115VAC 24VDC 2n/o 2n/o t
PNOZ XV2.1 3/120VAC 24VDC 2n/o 2n/o t
PNOZ XV2.1 3/230VAC 24VDC 2n/o 2n/o t
PNOZ XV3.1 30/24VDC 3n/o 1n/c 2n/o t
PNOZ XV3.1 3/24VDC 3n/o 1n/c 2n/o t
PNOZ XV3.1 0.5/24 Vdc 3n/o 1n/c 2n/o fix
PNOZ XV2.1 0.5/230 Vac 24 Vdc 2n/o 2n/o f
PNOZ XV3.1 300/24VDC 3n/o 1n/c 2n/o t
PNOZ XV3 30/24VDC 3n/o 2n/o t
PNOZ XV3 300/24VAC 3n/o 2n/o t
PNOZ XV3 3/24VDC 3n/o 2n/o t
PNOZ XV3 0.5/24VDC 3n/o 2n/o t fix
PNOZ XV3 3/24VDC 3n/o 2n/o t fix
PNOZ XV2.1 3/230 Vac/24 Vdc 2n/o 2n/o fix
PNOZ XV3 10/24VDC 3n/o 2n/o t fix
PNOZ XV3 300/24VDC 3n/o 2n/o t
PNOZ X13 24VDC 5n/o 1n/c
PNOZ XV2.1 30/24-240VACDC 2n/o 2n/o t
PNOZ XV2.1 3/24-240VACDC 2n/o 2n/o t
PNOZ XV2.1 0.5/24-240 VacDC 2n/o 2n/o fix
PNOZ XV2.1 300/24-240VACDC 2n/o 2n/o t
PNOZ XHCV 0,7/24VDC 2n/o fix
MOD PS 85-265 Vac
PPS 100-240VAC / 24VDC
PZE X4V 0,5/24VDC 4n/o fix
PZE X4V 1/24VDC 4n/o fix
PZE X4V 2/24VDC 4n/o fix
PZE X4V 3/24VDC 4n/o fix
PZE X4V8 24VDC 4n/o
PZE X4 24VDC 4n/o
PZE X4V 0,7/24VDC 4n/o fix
PZE X5V 3/48VDC 5n/o fix
PZE X5V 1.5/24VDC 5n/o fix
PZE X5V 3/24VDC 5n/o fix
PZE X5 24VDC 5n/o
PNOZ X9 42VAC 24VDC 7n/o 2n/c 2so
PNOZ X9 100-120VAC 24VDC 7n/o 2n/c 2so
PNOZ X9 200-230VAC 24VDC 7n/o 2n/c 2so
PNOZ X2.2 24VAC/DC 2n/o
PNOZ X9 200VAC 24VDC -774606
PNOZ X9 24VAC 24VDC 7n/o 2 n/c 2so
PNOZ XV3.1 30/24-240VACDC 3nc 2no t
PNOZ XV3.1 3/24-240VACDC 3nc 2no t
PNOZ XV3.1 300/24-240VACDC 3nc 2no t
END-XM
KOP-XE
KOP-XE coated
PCANdn 24VDC
CAN-CONNECT
PCANop - HB
PCANdn - HB
PNOZ X10 24VAC 6n/o 4n/c 3LED
PNOZ X10 42VAC 6n/o 4n/c 3LED
PNOZ X10 110-120VAC 6n/o 4n/c 3LED
PNOZ X10 230-240VAC 6n/o 4n/c 3LED
PNOZ X10 24VDC 6n/o 4n/c 3LED
PNOZ X6 42VAC 3n/o
PNOZ X6 110-120VAC 3n/o
PNOZ X6 230-240VAC 3n/o
PNOZ X6 24VAC 24VDC 3n/o
PNOZ X4 24VDC 3n/o 1n/c
PNOZ X4 24VAC 3n/o 1n/c
PNOZ X4 24 Vdc 3n/o 1n/c white box
PNOZ X4 110VAC 3n/o 1n/c
PNOZ X4 115VAC 3n/o 1n/c
PNOZ X4 120VAC 3n/o 1n/c
PNOZ X4 230VAC 3n/o 1n/c
PNOZ X4 240VAC 3n/o 1n/c
PNOZ X10.1 24 VAC 6n/o 4n/c 6LED
PNOZ X10.1 42 VAC 6n/o 4n/c 6LED
PNOZ X10.1 110-120VAC 6n/o 4n/c 6LED
PNOZ X10.1 230-240VAC 6n/o 4n/c 6LED
PNOZ X10.1 24VDC 6n/o 4n/c 6LED
PNOZ V 3s 24VDC 3n/o 1n/c 1n/o (t)
PNOZ V 30s 24VDC 3n/o 1n/c 1n/o (t)
PNOZ V 300s 24VDC 3n/o 1n/c 1n/o (t)
PU3Z 120-240VAC 3n/o 1n/c 6so
PU3Z 24VDC 3n/o 1n/c 6so
PNOZ 1 24VAC 3n/o 1n/c
PNOZ 1 48VAC 3n/o 1n/c
PNOZ 1 110-120VAC 3n/o 1n/c
PNOZ 1 230-240VAC 3n/o 1n/c
PNOZ 1 24VDC 3n/o 1n/c
BUCH MASCHINENSICHERHEIT
Buch Maschinensicherheit, spanisch
PNOZ X7P 110-120VAC 2n/o
PNOZ X7P 230-240VAC 2n/o
PNOZ X7P 24VAC/DC 2n/o
PNOZ 16SP 24VAC 24VDC 2n/o
PNOZ 16SP 42VAC 24VDC 2n/o
PNOZ 16SP 48VAC 24VDC 2n/o
PNOZ 16SP 110VAC 24VDC 2n/o
PNOZ 16SP 115VAC 24VDC 2n/o
PNOZ 16SP 120VAC 24VDC 2n/o
PNOZ 16SP 230VAC 24VDC 2n/o
PNOZ 16SP 240VAC 24VDC 2n/o
PNOZ X11P 24VAC 24VDC 7n/o 1n/c 2so
PNOZ X11P 110-120VAC 24VDC 7n/o 1n/c 2so
PNOZ X11P 230-240VAC 24VDC 7n/o 1n/c 2so
PNOZ X1P 24VDC 3n/o 1n/c
PZE 9P 24VACDC 8n/o 1n/c
PZE 9P 24VACDC 100-240VACDC 8n/o 1n/c
PZE X5P 24VDC 5n/o 2so
PNOZ X2.9P 24VDC 3n/o 1n/c
PNOZ X2.8P 24VACDC 3n/o 1n/c
PNOZ X2.8P 24-240VAC/DC 3n/o 1n/c
PNOZ X2P 24VACDC 2n/o
PNOZ X2.3P 24VACDC 3n/o
PNOZ X2.7P 24VACDC 3n/o 1n/c
PNOZ X2.7P 24-240VAC/DC 3n/o 1n/c
PNOZ X2P 48-240VACDC 2n/o
PNOZ X2.5P 24VDC 2n/o 1so
PNOZ X3P 24VDC 24VAC 3n/o 1n/c 1so
PNOZ X3P 24-240VACDC 3n/o 1n/c 1so
PNOZ X3.10P 24VACDC 3n/o 1n/c 1so
P2HZ X1P 24VAC 3n/o 1n/c 2so
P2HZ X1P 42VAC 3n/o 1n/c 2so
P2HZ X1P 48VAC 3n/o 1n/c 2so
P2HZ X1P 24VDC 3n/o 1n/c 2so
P2HZ X1.10P 24VDC 3n/o 1n/c 2so
P2HZ X4P 24VAC 3n/o 1n/c
P2HZ X4P 24VDC 3n/o 1n/c
P2HZ X1P 110VAC 3n/o 1n/c 2so
P2HZ X1P 115VAC 3n/o 1n/c 2so
P2HZ X1P 120VAC 3n/o 1n/c 2so
P2HZ X1P 230VAC 3n/o 1n/c 2so
P2HZ X1P 240VAC 3n/o 1n/c 2so
PNOZ XV2P 30/24VDC 2n/o 2n/o t
PNOZ XV2P 3/24VDC 2n/o 2n/o t
PNOZ XV2P 1/24VDC 2n/o 2n/o fix
PNOZ XV2P 0.5/24VDC 2n/o 2n/o fix
PNOZ XV3P 30/24 VDC 3n/o 2n/o t
PNOZ XV3.3P 30/24VDC 3n/o 2n/o t
PNOZ XV3P 3/24 VDC 3n/o 2n/o t
PNOZ XV3P 0.5/24VDC 3n/o 2n/o t fix
PNOZ XV3P 3/24 Vdc 3n/o 2n/o t fix
PNOZ XV3P 10/24 Vdc 3n/o 2n/o t fix
PNOZ XV3P 300/24VDC 3n/o 2n/o t
PNOZ XV3.1P 30/24VDC 3n/o 1n/c 2n/o t
PNOZ XV3.1P 3/24VDC 3n/o 1n/c 2n/o t
PNOZ XV3.1P 3/24VDC 3n/o 1n/c 2n/o t fix
PNOZ XV3.1P 30/24-240VACDC 3nc 2no t
PNOZ XV3.1P 3/24-240VACDC 3nc 2no t
PNOZ XV3.1P 300/24-240VACDC 3nc 2no
PNOZ XV2.1P 30/24-240VACDC 2n/o 2n/o t
PNOZ XV2.1P 3/24-240VACDC 2n/o 2n/o t
PNOZ XV2.1P 0.5/24-240 VacDC 2n/o 2n/o fi
PNOZ XV2.1P 3/24-240 VacDC 2n/o 2n/o fix
PNOZ XV2.1P 10/24-240 VacDC 2n/o 2n/o fix
PNOZ XV2.1P 300/24-240VACDC 2n/o 2n/o t
PZE X4VP 0,5/24VDC 4n/o fix
PZE X4VP 1/24VDC 4n/o fix
PZE X4VP 2/24VDC 4n/o fix
PZE X4VP 3/24VDC 4n/o fix
PZE X4VP8 24VDC 4n/o
PZE X4P 24VDC 4n/o
PZE X4VP4 24VDC 4n/o
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PILZ 繼電器PILZ電子計算機技術