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PIN整流二極管Aeroflex

更新時刻：2023-09-11 16:33:34 觀看：931

Aeroflex PIN場效應管面板開關用途于從第三產業高效能率的窄帶至高效果光纖寬帶的許多細則化事情頻段。Aeroflex的面板開關運行了TTL更換的控器，可高效地推動企業信息系統的整合，并才可以在+5和-12V至-18V直流變壓器電穩壓電式源下操作。其有直流變壓器電塊。Aeroflex支持軟件且帶來了定制化搭建調試，以滿意追求高防曬隔離霜度、低插入圖自然損耗、更快旋鈕網絡速度另一個特異消費需求的嚴厲水平操作。

Aeroflex PIN穩壓管面板開關快速可用作吸納式或光反射式SP1T、SP2T、SP3T、SP4T、SP5T和切換按鈕，APP于10MHz至18GHz的或多或少幾率段。Aeroflex的要求PIN穩壓管電開關面對低復制損耗費和VSWR、高隔離開度和迅速的電源開關的速度做好SEO，并選擇了TTL配適的傳感器。擁有的的標準化作業轉換開關均兼具氣密性性密封膠和高牢靠性搜素職能，軟件于國防科技軍用和區域空間技術應運軟件。

Aeroflex-API Tech新公司旗下的WEINSCHEL、INMET產品品牌，如今的被API購買。Aeroflex-API Tech會做到用戶的在頻射微波加熱各種測試儀及微微電子技術軟件的產品設備預計、自動化新產品開發、制作制作并且營銷維護與保養等個個部分的多重各種測試儀實際需求。Aeroflex-API Tech食品廣泛應用行業屬于民用航空動力部，飲水機軍民融合，無線wifi網絡通信，網絡帶寬網絡通信游戲平臺。當下，Aeroflex-API Tech設備全系列衰減器、終端門店電動機扭矩、限幅器設備不停是世界各國高穩定可靠性設計選用市場中的班子成員者。

蘇州市立維創展科枝是Aeroflex經售商，大部分帶來Aeroflex原商品系衰減器，終端門店電流，限幅器商品，商品原裝機庫存盤點，最有價位優越性，追捧咨訊。

寶貝詳情分析Aeroflex-API Tech請彈框：//takasago.net.cn/brand/10.html

組件號	幀率條件 (GHz)	觸點開關內型	放進去不足	駐波比（Max）	隔絕度（dB Min）	按鈕開關線速度（Max nsec）	主要頻射 (dBm)
S1H3R	0.01 – 1.0	Reflective	1.2	1.5	75	250	30
S1V2R	0.1 - 1.0	Reflective	1.2	1.5	75	250	30
S1U6R	0.5 - 18.0	Reflective	2.8	2	60	100	27
S1L1R	1.0 - 2.0	Reflective	0.8	1.5	80	100	30
S1S1R	2.0 - 4.0	Reflective	1	1.6	70	100	30
S1C1R	4.0 - 8.0	Reflective	1.7	1.6	70	100	30
S1X3R	8.0 - 18.0	Reflective	2.6	2	60	100	27
SWM-1100	0.5 - 18.0	Reflective	2.6	1.8	60	100	30
S2H3R	0.01 – 1.0	Reflective	1.2	1.5	75	250	30
S2V2R	0.1 - 1.0	Reflective	1.2	1.5	75	250	30
S2U6R	0.5 - 18.0	Reflective	3	2	60	100	27
S2L1R	1.0 - 2.0	Reflective	0.9	1.5	80	100	30
S2S1R	2.0 - 4.0	Reflective	1.1	1.6	70	100	30
S2C1R	4.0 - 8.0	Reflective	1.7	1.6	70	100	30
S2X3R	8.0 - 18.0	Reflective	2.8	2	60	100	27
SWM-1200	0.5 - 18.0	Reflective	2.8	2	60	100	30
S3H3R	0.01 – 1.0	Reflective	1.3	1.5	75	250	30
S3V2R	0.1 - 1.0	Reflective	1.3	1.5	75	250	30
S3U6R	0.5 - 18.0	Reflective	3.2	2	60	100	27
S3L1R	1.0 - 2.0	Reflective	1	1.5	80	100	30
S3S1R	2.0 - 4.0	Reflective	1.2	1.6	70	100	30
S3C1R	4.0 - 8.0	Reflective	1.8	1.6	70	100	27
S3X3R	8.0 - 18.0	Reflective	3	2	60	100	27
SWM-1300	0.5 - 18.0	Reflective	2.8	2	60	100	30
S4H3R	0.01 – 1.0	Reflective	1.4	1.5	75	250	30
S4V2R	0.1 - 1.0	Reflective	1.4	1.5	75	250	30
S4U6R	0.5 - 18.0	Reflective	3.4	2	60	100	27
S4L1R	1.0 - 2.0	Reflective	1.1	1.5	80	100	30
S4S1R	2.0 - 4.0	Reflective	1.3	1.6	70	100	30
S4C1R	4.0 - 8.0	Reflective	1.9	1.6	70	100	27
S4X3R	8.0 - 18.0	Reflective	3.2	2	60	100	27
SWM-1400	0.5 - 18.0	Reflective	2.8	2	60	100	30
S5H3R	0.01 – 1.0	Reflective	1.5	1.5	75	250	30
S5V2R	0.1 - 1.0	Reflective	1.5	1.5	75	250	30
S5U6R	0.5 - 18.0	Reflective	3.6	2	60	100	27
S5L1R	1.0 - 2.0	Reflective	1.2	1.5	80	100	30
S5S1R	2.0 - 4.0	Reflective	1.4	1.6	70	100	30
S5C1R	4.0 - 8.0	Reflective	2	1.6	70	100	27
S5X3R	8.0 - 18.0	Reflective	3.4	2	60	100	27
S6H3R	0.01 – 1.0	Reflective	1.6	1.5	75	250	30
S6V2R	0.1 - 1.0	Reflective	1.6	1.5	75	250	30
S6U6R	0.5 - 18.0	Reflective	3.8	2	60	100	27
S6L1R	1.0 - 2.0	Reflective	1.3	1.5	80	100	30
S6S1R	2.0 - 4.0	Reflective	1.5	1.6	70	100	27
S6C1R	4.0 - 8.0	Reflective	2.1	1.6	70	100	27
S6X3R	8.0 - 18.0	Reflective	3.6	2	60	100	27
S1H3	0.01 – 1.0	Absorptive	1.3	1.5	80	250	30
S1V2	0.1 - 1.0	Absorptive	1.3	1.5	80	250	30
S1U6	0.5 - 18.0	Absorptive	3	2	65	100	27
S1L1	1.0 - 2.0	Absorptive	0.9	1.5	85	100	30
S1S1	2.0 - 4.0	Absorptive	1.1	1.6	75	100	30
S1C1	4.0 - 8.0	Absorptive	1.8	1.6	75	100	30
S1X3	8.0 - 18.0	Absorptive	2.8	2	65	100	27
SWM-1100A	0.5 - 18.0	Absorptive	2.6	1.8	50	100	30
S2H3	0.01 – 1.0	Absorptive	1.3	1.5	80	250	30
S2V2	0.1 - 1.0	Absorptive	1.3	1.5	80	250	30
S2U6	0.5 - 18.0	Absorptive	3.2	2	65	100	27
S2L1	1.0 - 2.0	Absorptive	1	1.5	85	100	30
S2S1	2.0 - 4.0	Absorptive	1.2	1.6	75	100	30
S2C1	4.0 - 8.0	Absorptive	1.9	1.6	75	100	30
S2X3	8.0 - 18.0	Absorptive	3	2	65	100	27
SWM-1200A	0.5 - 18.0	Absorptive	3	2	65	100	30
S3H3	0.01 – 1.0	Absorptive	1.4	1.5	80	250	30
S3V2	0.1 - 1.0	Absorptive	1.4	1.5	80	250	30
S3U6	0.5 - 18.0	Absorptive	3.4	2	65	100	27
S3L1	1.0 - 2.0	Absorptive	1.1	1.5	85	100	30
S3S1	2.0 - 4.0	Absorptive	1.4	1.6	75	100	30
S3C1	4.0 - 8.0	Absorptive	2	1.6	75	100	27
S3X3	8.0 - 18.0	Absorptive	3.2	2	65	100	27
SWM-1300A	0.5 - 18.0	Absorptive	3	2	65	100	30
S4H3	0.01 – 1.0	Absorptive	1.5	1.5	80	250	30
S4V2	0.1 - 1.0	Absorptive	1.5	1.5	80	250	30
S4U6	0.5 - 18.0	Absorptive	3.6	2	65	100	27
S4L1	1.0 - 2.0	Absorptive	1.2	1.5	85	100	30
S4S1	2.0 - 4.0	Absorptive	1.4	1.6	75	100	30
S4C1	4.0 - 8.0	Absorptive	2.2	1.6	75	100	27
S4X3	8.0 - 18.0	Absorptive	3.4	2	65	100	27
SWM-1400A	0.5 - 18.0	Absorptive	3	2	65	100	30
S5H3	0.01 – 1.0	Absorptive	1.6	1.5	80	250	30
S5V2	0.1 - 1.0	Absorptive	1.6	1.5	80	250	30
S5U6	0.5 - 18.0	Absorptive	3.8	2	65	100	27
S5L1	1.0 - 2.0	Absorptive	1.3	1.5	85	100	30
S5S1	2.0 - 4.0	Absorptive	1.5	1.6	75	100	30
S5C1	4.0 - 8.0	Absorptive	2.3	1.6	75	100	27
S5X3	8.0 - 18.0	Absorptive	3.6	2	65	100	27
S6H3	0.01 – 1.0	Absorptive	1.7	1.5	80	250	30
S6V2	0.1 - 1.0	Absorptive	1.7	1.5	80	250	30
S6U6	0.5 - 18.0	Absorptive	4.1	2	65	100	27
S6L1	1.0 - 2.0	Absorptive	1.4	1.5	85	100	30
S6S1	2.0 - 4.0	Absorptive	1.6	1.6	75	100	27
S6C1	4.0 - 8.0	Absorptive	2.4	1.6	75	100	27
S6X3	8.0 - 18.0	Absorptive	3.9	2	65	100	27
XFH1	0.01 – 1.0	Transfer	0.8	1.5	80	250	30
XFU6	0.1 - 1.0	Transfer	3.3	2	65	100	27
XFL1	0.5 - 18.0	Transfer	1	1.5	80	100	30
XFS1	1.0 - 2.0	Transfer	1.2	1.6	75	100	30
XFC1	2.0 - 4.0	Transfer	1.9	1.6	75	100	30
XFX3	4.0 - 8.0	Transfer	3	2	65	100	27

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