2009 Challenger de Providencia – Doubles

Eduardo Schwank and Mariano Hood were the defending champions, but they chose to not participate this year.
Horacio Zeballos and Sebastián Prieto won in the final 7–6(2), 6–2, against Flávio Saretta and Rogério Dutra da Silva.

Doubles
2009 Challenger de Providencia
Champions Horacio Zeballos
Sebastián Prieto
Runners-up Flávio Saretta
Rogério Dutra da Silva
Final score7–6(2), 6–2

Seeds

  1. Horacio Zeballos / Sebastián Prieto (Champions)
  2. Juan-Martín Aranguren / Alejandro Fabbri (Quarterfinals)
  3. Franco Ferreiro / André Miele (First Round)
  4. Ricardo Hocevar / João Souza (Quarterfinals)

Draw

Key

Draw

First Round Quarterfinals Semifinals Finals
1 S Prieto
H Zeballos
6 6  
  G Hormazábal
H Podlipnik-Castillo
65 5     R Ghedin
D Savić
3 4  
  R Ghedin
D Savić
7 7   1 S Prieto
H Zeballos
3 6 [10]
3 F Ferreiro
A Miele
4 4     J Aguilar
F Parada
6 2 [7]
  J Aguilar
F Parada
6 6     J Aguilar
F Parada
6 6  
WC Federico Cavallero
Nicolas Jara-Lozano
0 6 [7]   J-P Guzmán
L Mayer
2 2  
  J-P Guzmán
L Mayer
6 4 [10] 1 S Prieto
H Zeballos
7 6  
  D Álvarez
JP Brzezicki
0 6 [7]   R Dutra da Silva
F Saretta
62 2  
  R Dutra da Silva
F Saretta
6 2 [10]   R Dutra da Silva
F Saretta
7 6  
  Luigi D'Agord
L Gregorc
1 2   4 R Hocevar
J Souza
612 4  
4 R Hocevar
J Souza
6 6     R Dutra da Silva
F Saretta
     
WC A Kon
Jorge Montero
5 3     S Decoud
G Tur
w/o    
  S Decoud
Gonzalo Tur
7 6     S Decoud
G Tur
6 6  
WC Rodrigo Perez
G Rivera-Aránguiz
5 2   2 J-M Aranguren
A Fabbri
1 1  
2 J-M Aranguren
A Fabbri
7 6  
gollark: Consdaisdasf.
gollark: I see.
gollark: This is just a bad implementation of a "boost converter", so just look up that.
gollark: The capacitor smooths the very wobbly lines into nonwobbly lines.
gollark: The transistor switches the inductor between being connected to the voltage source's other end and being connected to it only through the diode and capacitor and resistor and such. The inductor "wants" to keep the current through it constant. When it's connected to the other end of the voltage source, it's "charging", and when it is disconnected there is a voltage across it slightly bigger than the voltage source's voltage, which causes a current through the left side of the circuit.
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