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現貨可議價XCC-3515CS84CBN施耐德多圈絕對值編碼器 輸入 輸出參數
現貨可議價XCC-3515CS84CBN施耐德多圈絕對值編碼器 輸入 輸出參數
現貨可議價XCC-3515CS84CBN施耐德多圈絕對值編碼器 輸入 輸出參數
現貨可議價XCC-3515CS84CBN施耐德多圈絕對值編碼器 輸入 輸出參數
XCC-3515CS84CBN? 是 ?CUI Devices? 推出的 ?84W 高密度 DC-DC 電源模塊?，專為工業及通信設備設計。以下是深度技術解析：
? ?1. 基礎參數?
| ?項目? | ?規格值? |
|---|---|
| ?型號? | XCC-3515CS84CBN |
| ?系列? | CUI V-Series DC-DC 電源模塊 |
| ?輸入電壓? | ?36-75V DC? (標稱 48V) |
| ?輸出電壓? | ?15V DC? (可調范圍 ±10%) |
| ?額定功率? | ?84W? (峰值 100W/10s) |
| ?輸出電流? | ?5.6A? (連續) / ?6.7A? (峰值) |
| ?效率? | ?94%? (典型值) |
| ?工作溫度? | ?-40°C 至 +105°C? (降額曲線) |
?? ?2. 關鍵電氣特性?
| ?參數? | ?值? |
|---|---|
| ?輸入欠壓保護? | 33V DC (自恢復) |
| ?輸出過流保護? | 110% 額定值 (打嗝模式) |
| ?輸出電壓精度? | ?±1%? (25°C 滿載) |
| ?紋波噪聲? | ≤150mVpp (20MHz 帶寬) |
| ?隔離電壓? | ?2250V DC? (輸入-輸出) |
| ?控制方式? | 峰值電流模式 PWM |
??? ?3. 機械與熱設計?
| ?特性? | ?說明? |
|---|---|
| ?封裝? | ?CS84 封裝? (33.0 × 22.7 × 8.9 mm) 金屬屏蔽外殼 |
| ?引腳類型? | 通孔直插 (THT) / 12針雙排 |
| ?散熱方式? | 基板導熱 (底部鋁基板) + 強制風冷 (風冷下功率提升30%) |
| ?熱阻 (結-殼)? | 1.2°C/W |
| ?安裝扭矩? | 0.6 N·m (PCB 固定螺釘) |
?? ?4. 調壓與保護功能?
| ?功能? | ?操作方式? |
|---|---|
| ?輸出電壓調整? | 外接電阻調節 (TRIM 腳) 范圍 ±10% |
| ?使能控制? | EN 腳 >2.5V 啟動 / <0.8V 關斷 |
| ?遠程開關? | 支持 (兼容 TTL/CMOS 電平) |
| ?故障反饋? | PGOOD 腳開路集電極 (正常工作:高阻態) |
?? ?5. 引腳定義與接線?
plaintextCopy Code引腳布局 (俯視圖): 1: VIN+ 2: EN 3: TRIM 4: NC 5: VIN- 6: PGOOD 7: NC 8: NC 9: VOUT- 10: VOUT+ 11: VOUT+ 12: VOUT-
?典型接線圖?:
plaintextCopy CodeINPUT ──┬─ VIN+ (Pin1)───┐ │ ├─ DC 36-75V └─ VIN- (Pin5)───┘ OUTPUT─┬─ VOUT+ (Pin10,11)───┐ │ ├─ 15V/5.6A └─ VOUT- (Pin9,12) ───┘ 控制端: EN (Pin2)接使能信號 / TRIM (Pin3)接電阻調壓
?? ?6. 設計注意事項?
-
?輸入濾波?：
- 必須添加 ≥47μF 電解電容 + 10μF 陶瓷電容 (靠近輸入端)
-
?輸出濾波?：
- 負載：≥10% (否則需假負載電阻)
- 電容 ESR <50mΩ
-
?散熱設計?：
- 自然冷卻：需 ≥6cm2 銅箔散熱區
- 強制風冷：風速 ≥200LFM (1.0m/s)
-
?EMC 對策?：
- 建議增加共模電感 (如 TDK ZJYS51R5)
?? ?7. 故障診斷?
| ?現象? | ?可能原因? | ?解決方案? |
|---|---|---|
| 無輸出 | EN 腳未使能/欠壓保護 | 檢查輸入電壓 >33V |
| 輸出振蕩 | 輸出電容 ESR 過高 | 并聯低 ESR 陶瓷電容 |
| PGOOD 異常 | 過流/過溫觸發 | 測量負載電流是否 >6.2A |
| 模塊過熱 (>105°C) | 散熱不足/過載 | 加強散熱或降額使用 |
?? ?8. 應用場景?
- ?工業設備?：PLC 控制電源 / 伺服驅動器輔助電源
- ?通信系統?：5G 基站 RRU 供電 / 光纖交換機
- ?交通電子?：車載充電機 (符合 ISO 7637-2)
- ?軍工設備?：寬溫環境供電 (MIL-STD-810G)
?? ?9. 替代型號?
| ?品牌? | ?等效型號? | ?差異點? |
|---|---|---|
| ?TDK-Lambda? | CCG15-48-15S | 效率 92% (較低) |
| ?Vicor? | VI-271-IX | 功率密度更高 (120W/in3) |
| ?Murata? | UWE-15/30-Q48P-C | 引腳兼容 (需改散熱設計) |
3500/40-03-00 SIL2 1
3500/25-01-03-00 SIL2 1
3500/60-05-00 SIL2 1
3500/22-01-01-00 1
3500/92-04-01-00 1
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2094-EN02D-M01-S0 1 12432
2711P-T10C22D8SB 1 30132
2711P-T10C22D8S
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The XCC-3515CS84CBN appears to be a custom or specialized industrial component, likely from Emerson, ABB, Schneider Electric, or a similar manufacturer. However, this exact part number does not correspond to a widely documented standard product. Below is a structured approach to identify and understand it:
1. Possible Product Categories
Based on naming conventions, it could belong to:
-
Motor Control: Soft starter, drive module, or motor protector (e.g., Emerson XCC series).
-
Circuit Breaker/Protection: Molded case breaker or protection relay (e.g., Schneider Compact NSX).
-
Industrial Controller: PLC module or I/O device (e.g., ABB AC 800M).
-
Custom OEM Part: Manufacturer-specific (e.g., for HVAC, oil/gas systems).
2. How to Identify the Exact Product
Step 1: Check Physical Labels
-
Look for:
-
Voltage/Current Ratings (e.g., "480V AC, 15A").
-
Manufacturer Logo (e.g., Emerson, ABB, Siemens).
-
Additional Codes (e.g., "XCC-3515" might be the series, "CS84CBN" the variant).
-
Step 2: Search Manufacturer Resources
-
Emerson: Search Emerson XCC Series Docs.
-
ABB/Schneider: Use their part number lookup tools.
-
Google: Try "XCC-3515CS84CBN" datasheet filetype:pdf.
Step 3: Contextual Clues
-
Where is it used?
-
Motor Control Panel → Likely a soft starter or drive.
-
Electrical Cabinet → Possibly a breaker or relay.
-
3. If It’s a Motor Controller (Example: Emerson XCC)
Hypothetical specs (if part of the XCC series):
-
Voltage: 480V AC, 3-phase.
-
Current Rating: 15A (from "3515").
-
Features: Overload protection, communication (Modbus).
4. Replacement & Cross-Reference
-
Contact the original equipment manufacturer (OEM) with the part number.
-
Provide the machine/model where it’s installed (e.g., "Used in XYZ pump control panel").
5. Next Steps
-
Share a photo of the label for accurate identification.
-
Describe the application (e.g., "Controls a 10HP motor").
